from::paramdef::AI_ATTACK_PARAM_ST Struct Reference

This struct was automatically generated from XML paramdefs. More...

#include <AI_ATTACK_PARAM_ST.hpp>

Public Attributes
int	attackTableId { 0 }
	Reference ID.
int	attackId { 0 }
	Attack ID.
float	successDistance { 0.f }
	Success judgment distance.
float	turnTimeBeforeAttack { 0.f }
	Turn time before attack.
short	frontAngleRange { 0 }
	Front judgment angle.
short	upAngleThreshold { 0 }
	Upward execution threshold.
short	downAngleThershold { 0 }
	Downward execution threshold.
bool	isFirstAttack { false }
	Is it a starting technique?
bool	doesSelectOnOutRange { false }
	Whether to select outside the proper distance.
float	minOptimalDistance { 0.f }
	Minimum proper distance.
float	maxOptimalDistance { 0.f }
	Maximum proper distance.
short	baseDirectionForOptimalAngle1 { 0 }
	Appropriate angle reference direction 1.
short	optimalAttackAngleRange1 { 0 }
	Appropriate angle reference range 1.
short	baseDirectionForOptimalAngle2 { 0 }
	Appropriate angle reference direction 2.
short	optimalAttackAngleRange2 { 0 }
	Appropriate angle reference range 2.
float	intervalForExec { 1.f }
	Executable interval.
float	selectionTendency { -1.f }
	Selection rate.
float	shortRangeTendency { -1.f }
	Short range selection rate.
float	middleRangeTendency { -1.f }
	Medium range selection rate.
float	farRangeTendency { -1.f }
	Distance selection rate.
float	outRangeTendency { -1.f }
	Out of range rate.
int	deriveAttackId1 { -1 }
	Derived attack 1.
int	deriveAttackId2 { -1 }
	Derived attack 2.
int	deriveAttackId3 { -1 }
	Derived attack 3.
int	deriveAttackId4 { -1 }
	Derived attack 4.
int	deriveAttackId5 { -1 }
	Derived attack 5.
int	deriveAttackId6 { -1 }
	Derived attack 6.
int	deriveAttackId7 { -1 }
	Derived attack 7.
int	deriveAttackId8 { -1 }
	Derived attack 8.
int	deriveAttackId9 { -1 }
	Derived attack 9.
int	deriveAttackId10 { -1 }
	Derived attack 10.
int	deriveAttackId11 { -1 }
	Derived attack 11.
int	deriveAttackId12 { -1 }
	Derived attack 12.
int	deriveAttackId13 { -1 }
	Derived attack 13.
int	deriveAttackId14 { -1 }
	Derived attack 14.
int	deriveAttackId15 { -1 }
	Derived attack 15.
int	deriveAttackId16 { -1 }
	Derived attack 16.
float	goalLifeMin { 0.f }
	Minimum life of the goal.
float	goalLifeMax { 0.f }
	Maximum life span of the goal.
bool	doesSelectOnInnerRange { false }
	Whether to select within the appropriate distance.
bool	enableAttackOnBattleStart { true }
	Whether to use it as the first hit.
bool	doesSelectOnTargetDown { true }
	Whether to select when the target is down.
float	minArriveDistance { 0.f }
	Minimum reach judgment distance.
float	maxArriveDistance { 0.f }
	Maximum reach judgment distance.
float	comboExecDistance { 4.f }
	Continuous attack execution distance.
float	comboExecRange { 180.f }
	Continuous attack execution angle.

Detailed Description

This struct was automatically generated from XML paramdefs.

Member Data Documentation

attackId

int from::paramdef::AI_ATTACK_PARAM_ST::attackId { 0 }

Attack ID.

Attack number

attackTableId

int from::paramdef::AI_ATTACK_PARAM_ST::attackTableId { 0 }

Reference ID.

ID specified by NPC thinking parameters

baseDirectionForOptimalAngle1

short from::paramdef::AI_ATTACK_PARAM_ST::baseDirectionForOptimalAngle1 { 0 }

Appropriate angle reference direction 1.

Direction that serves as a reference for the proper angle of attack (XZ plane)

baseDirectionForOptimalAngle2

short from::paramdef::AI_ATTACK_PARAM_ST::baseDirectionForOptimalAngle2 { 0 }

Appropriate angle reference direction 2.

Direction that serves as a reference for attack aptitude accuracy (XZ plane)

comboExecDistance

float from::paramdef::AI_ATTACK_PARAM_ST::comboExecDistance { 4.f }

Continuous attack execution distance.

Distance used to determine the execution of attacks from the second stage onward

comboExecRange

float from::paramdef::AI_ATTACK_PARAM_ST::comboExecRange { 180.f }

Continuous attack execution angle.

Distance used to determine the execution of attacks from the second stage onward

deriveAttackId1

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId1 { -1 }

Derived attack 1.

Derivable attack number

deriveAttackId10

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId10 { -1 }

Derived attack 10.

Derivable attack number

deriveAttackId11

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId11 { -1 }

Derived attack 11.

Derivable attack number

deriveAttackId12

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId12 { -1 }

Derived attack 12.

Derivable attack number

deriveAttackId13

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId13 { -1 }

Derived attack 13.

Derivable attack number

deriveAttackId14

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId14 { -1 }

Derived attack 14.

Derivable attack number

deriveAttackId15

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId15 { -1 }

Derived attack 15.

Derivable attack number

deriveAttackId16

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId16 { -1 }

Derived attack 16.

Derivable attack number

deriveAttackId2

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId2 { -1 }

Derived attack 2.

Derivable attack number

deriveAttackId3

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId3 { -1 }

Derived attack 3.

Derivable attack number

deriveAttackId4

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId4 { -1 }

Derived attack 4.

Derivable attack number

deriveAttackId5

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId5 { -1 }

Derived attack 5.

Derivable attack number

deriveAttackId6

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId6 { -1 }

Derived attack 6.

Derivable attack number

deriveAttackId7

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId7 { -1 }

Derived attack 7.

Derivable attack number

deriveAttackId8

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId8 { -1 }

Derived attack 8.

Derivable attack number

deriveAttackId9

int from::paramdef::AI_ATTACK_PARAM_ST::deriveAttackId9 { -1 }

Derived attack 9.

Derivable attack number

doesSelectOnInnerRange

bool from::paramdef::AI_ATTACK_PARAM_ST::doesSelectOnInnerRange { false }

Whether to select within the appropriate distance.

Whether to select when within the appropriate distance

doesSelectOnOutRange

bool from::paramdef::AI_ATTACK_PARAM_ST::doesSelectOnOutRange { false }

Whether to select outside the proper distance.

Whether to select when the distance is out of the proper distance

downAngleThershold

short from::paramdef::AI_ATTACK_PARAM_ST::downAngleThershold { 0 }

Downward execution threshold.

For arguments of Common_Attack type subgoals

farRangeTendency

float from::paramdef::AI_ATTACK_PARAM_ST::farRangeTendency { -1.f }

Distance selection rate.

Selection rate at long distances

frontAngleRange

short from::paramdef::AI_ATTACK_PARAM_ST::frontAngleRange { 0 }

Front judgment angle.

For arguments of Common_Attack type subgoals

intervalForExec

float from::paramdef::AI_ATTACK_PARAM_ST::intervalForExec { 1.f }

Executable interval.

Time required to attack once and then use it again

isFirstAttack

bool from::paramdef::AI_ATTACK_PARAM_ST::isFirstAttack { false }

Is it a starting technique?

Attacks from the second stage of the combo are ×

maxOptimalDistance

float from::paramdef::AI_ATTACK_PARAM_ST::maxOptimalDistance { 0.f }

Maximum proper distance.

Maximum attack suitability distance

middleRangeTendency

float from::paramdef::AI_ATTACK_PARAM_ST::middleRangeTendency { -1.f }

Medium range selection rate.

Selection rate at medium range

minOptimalDistance

float from::paramdef::AI_ATTACK_PARAM_ST::minOptimalDistance { 0.f }

Minimum proper distance.

Minimum value of proper attack distance

optimalAttackAngleRange1

short from::paramdef::AI_ATTACK_PARAM_ST::optimalAttackAngleRange1 { 0 }

Appropriate angle reference range 1.

Range of aptitude angles for attacks

optimalAttackAngleRange2

short from::paramdef::AI_ATTACK_PARAM_ST::optimalAttackAngleRange2 { 0 }

Appropriate angle reference range 2.

Range of aptitude angles for attacks

outRangeTendency

float from::paramdef::AI_ATTACK_PARAM_ST::outRangeTendency { -1.f }

Out of range rate.

Selection rate out of range

selectionTendency

float from::paramdef::AI_ATTACK_PARAM_ST::selectionTendency { -1.f }

Selection rate.

Specify the ease of selection by magnification

shortRangeTendency

float from::paramdef::AI_ATTACK_PARAM_ST::shortRangeTendency { -1.f }

Short range selection rate.

Selection rate at close range

successDistance

float from::paramdef::AI_ATTACK_PARAM_ST::successDistance { 0.f }

Success judgment distance.

For arguments of Common_Attack type subgoals

turnTimeBeforeAttack

float from::paramdef::AI_ATTACK_PARAM_ST::turnTimeBeforeAttack { 0.f }

Turn time before attack.

For arguments of Common_Attack type subgoals

upAngleThreshold

short from::paramdef::AI_ATTACK_PARAM_ST::upAngleThreshold { 0 }

Upward execution threshold.

For arguments of Common_Attack type subgoals

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The documentation for this struct was generated from the following file:

• include/param/paramdef/AI_ATTACK_PARAM_ST.hpp