New / Enhanced Logics

This page describes all the engine features that are either new and introduced by Phobos or significantly extended or expanded.

New types / ingame entities

Attached Effects

• Similar (but not identical) to Ares’ AttachEffect, but with some differences and new features. The largest difference is that here attached effects are explicitly defined types.

  • Duration determines how long the effect lasts for. It can be overriden by DurationOverrides on TechnoTypes and Warheads.

    • If Duration.ApplyFirepowerMult set to true, the duration will multiply the invoker’s firepower multipliers if it’s not negative. Can’t reduce duration to below 0 by a negative firepower multiplier.

    • If Duration.ApplyArmorMultOnTarget set to true, the duration will divide the target’s armor multipliers if it’s not negative. This’ll also include ArmorMultiplier from its own and ignore ArmorMultiplier.Allow/DisallowWarheads. Can’t reduce duration to below 0 by a negative armor multiplier.

  • Cumulative, if set to true, allows the same type of effect to be applied on same object multiple times, up to Cumulative.MaxCount number or with no limit if Cumulative.MaxCount is a negative number. If the target already has Cumulative.MaxCount number of the same effect applied on it, trying to attach another will refresh duration of the attached instance with shortest remaining duration.

  • Powered controls whether or not the effect is rendered inactive if the object it is attached to is deactivated (PoweredUnit or affected by EMP) or on low power. What happens to animation is controlled by Animation.OfflineAction.

  • DiscardOn accepts a list of values corresponding to conditions where the attached effect should be discarded. Defaults to none, meaning it is never discarded.

    • entry: Discard on exiting the map when entering transports or buildings etc.

    • move: Discard when the object the effect is attached on moves. Ignored if the object is a building.

    • stationary: Discard when the object the effect is attached on stops moving. Ignored if the object is a building.

    • drain: Discard when the object is being affected by a weapon with DrainWeapon=true.

    • inrange: Discard if within weapon range from current target. Distance can be overridden via DiscardOn.RangeOverride.

    • outofrange: Discard if outside weapon range from current target. Distance can be overridden via DiscardOn.RangeOverride.

    • firing: Discard when firing a weapon. This counts special weapons that are not actually fired such as ones with Spawner=true or DrainWeapon=true.

  • If PenetratesIronCurtain is not set to true, the effect is not applied on currently invulnerable objects.

    • PenetratesForceShield can be used to set this separately for Force Shielded objects, defaults to value of PenetratesIronCurtain.

  • Animation defines animation to play in an indefinite loop for as long as the effect is active on the object it is attached to.

    • If Animation.ResetOnReapply is set to true, the animation playback is reset every time the effect is applied if Cumulative=false.

    • Animation.OfflineAction determines what happens to the animation when the attached object is deactivated or not powered. Only applies if Powered=true.

    • Animation.TemporalAction determines what happens to the animation when the attached object is under effect of Temporal=true Warhead.

    • Animation.UseInvokerAsOwner can be used to set the house and TechnoType that created the effect (e.g firer of the weapon that applied it) as the animation’s owner & invoker instead of the object the effect is attached to.

    • Animation.HideIfAttachedWith contains list of other AttachEffectTypes that if attached to same techno as the current one, will hide this effect’s animation.

  • CumulativeAnimations can be used to declare a list of animations used for Cumulative=true types instead of Animation. An animation is picked from the list in order matching the number of active instances of the type on the object, with last listed animation used if number is higher than the number of listed animations. This animation is only displayed once and is transferred from the effect to another of same type (specifically one with longest remaining duration), if such exists, upon expiration or removal. Note that because Cumulative.MaxCount limits the number of effects of same type that can be applied this can cause animations to ‘flicker’ here as effects expire before new ones can be applied in some circumstances.

    • CumulativeAnimations.RestartOnChange determines if the animation playback is restarted when the type of animation changes, if not then playback resumes at frame at same position relative to the animation’s length.

  • Attached effect can fire off a weapon when expired / removed / object dies by setting ExpireWeapon.

    • ExpireWeapon.TriggerOn determines the exact conditions upon which the weapon is fired, defaults to expire which means only if the effect naturally expires.

    • ExpireWeapon.CumulativeOnlyOnce, if set to true, makes it so that Cumulative=true attached effects only detonate the weapon once period, instead of once per active instance. On remove and expire condition this means it will only detonate after last instance has expired or been removed.

  • Tint.Color & Tint.Intensity can be used to set a color tint effect and additive lighting increase/decrease on the object the effect is attached to, respectively.

    • Tint.VisibleToHouses can be used to control which houses can see the tint effect.

  • FirepowerMultiplier, ArmorMultiplier, SpeedMultiplier and ROFMultiplier can be used to modify the object’s firepower, armor strength, movement speed and weapon reload rate, respectively.

    • ArmorMultiplier.AllowWarheads and ArmorMultiplier.DisallowWarheads can be used to restrict which Warheads the armor multiplier is applied to when dealing damage.

    • If ROFMultiplier.ApplyOnCurrentTimer is set to true, ROFMultiplier is applied on currently running reload timer (if any) when the effect is first applied.

  • If Cloakable is set to true, the object the effect is attached to is granted ability to cloak itself for duration of the effect.

  • ForceDecloak, if set to true, will uncloak and make the object the effect is attached to unable to cloak itself for duration of the effect.

  • WeaponRange.Multiplier and WeaponRange.ExtraRange can be used to multiply the weapon firing range of the object the effect is attached to, or give it an increase / decrease (measured in cells), respectively. ExtraRange is cumulatively applied from all attached effects after all Multiplier values have been applied.

    • WeaponRange.AllowWeapons can be used to list only weapons that can benefit from this range bonus and WeaponRange.DisallowWeapons weapons that are not allowed to, respectively.

    • On TechnoTypes with OpenTopped=true, OpenTopped.UseTransportRangeModifiers can be set to true to make passengers firing out use the transport’s active range bonuses instead.

  • Crit.Multiplier and Crit.ExtraChance can be used to multiply the critical hit chance or grant a fixed bonus to it for the object the effect is attached to, respectively.

    • Crit.AllowWarheads can be used to list only Warheads that can benefit from this critical hit chance multiplier and Crit.DisallowWarheads weapons that are not allowed to, respectively.

  • RevengeWeapon can be used to temporarily grant the specified weapon as a revenge weapon for the attached object.

    • RevengeWeapon.AffectsHouses customizes which houses can trigger the revenge weapon.

  • ReflectDamage can be set to true to have any positive damage dealt to the object the effect is attached to be reflected back to the attacker. ReflectDamage.Warhead determines which Warhead is used to deal the damage, defaults to [CombatDamage] -> C4Warhead. If ReflectDamage.Warhead.Detonate is set to true, the Warhead is fully detonated instead of used to simply deal damage. ReflectDamage.Chance determines the chance of reflection. ReflectDamage.Multiplier is a multiplier to the damage received and then reflected back, while ReflectDamage.Override directly overrides the damage. Already reflected damage cannot be further reflected back.

    • Warheads can prevent reflect damage from occuring by setting SuppressReflectDamage to true. SuppressReflectDamage.Types can control which AttachEffectTypes’ reflect damage is suppressed, if none are listed then all of them are suppressed. SuppressReflectDamage.Groups does the same thing but for all AttachEffectTypes in the listed groups.

  • DisableWeapons can be used to disable ability to fire any and all weapons.

    • On TechnoTypes with OpenTopped=true, OpenTopped.CheckTransportDisableWeapons can be set to true to make passengers not be able to fire out if transport’s weapons are disabled by DisableWeapons.

  • Unkillable can be used to prevent the techno from being killed by taken damage (minimum health will be 1).

  • It is possible to set groups for attach effect types by defining strings in Groups.

    • Groups can be used instead of types for removing effects and weapon filters.

• AttachEffectTypes can be attached to TechnoTypes using AttachEffect.AttachTypes.

  • AttachEffect.DurationOverrides can be used to override the default durations. Duration matching the position in AttachTypes is used for that type, or the last listed duration if not available.

  • AttachEffect.Delays can be used to set the delays for recreating the effects on the TechnoType after they expire. Defaults to 0 (immediately), negative values mean the effects are not recreated. Delay matching the position in AttachTypes is used for that type, or the last listed delay if not available.

  • AttachEffect.InitialDelays can be used to set the delays before first creating the effects on TechnoType. Defaults to 0 (immediately). Delay matching the position in AttachTypes is used for that type, or the last listed delay if not available.

  • AttachEffect.RecreationDelays is used to determine if the effect can be recreated if it is removed completely (e.g AttachEffect.RemoveTypes), and if yes, how long this takes. Defaults to -1, meaning no recreation. Delay matching the position in AttachTypes is used for that type, or the last listed delay if not available.

    • Note that neither InitialDelays or RecreationDelays count down if the effect cannot currently be active due to DiscardOn condition.

• AttachEffectTypes can be attached to objects via Warheads using AttachEffect.AttachTypes.

  • AttachEffect.DurationOverrides can be used to override the default durations. Duration matching the position in AttachTypes is used for that type, or the last listed duration if not available.

  • AttachEffect.CumulativeRefreshAll if set to true makes it so that trying to attach Cumulative=true effect to a target that already has Cumulative.MaxCount amount of effects will refresh duration of all attached effects of the same type instead of only the one with shortest remaining duration. If AttachEffect.CumulativeRefreshAll.OnAttach is also set to true, this refresh applies even if the target does not have maximum allowed amount of effects of same type.

  • AttachEffect.CumulativeRefreshSameSourceOnly controls whether or not trying to apply Cumulative=true effect on target requires any existing effects of same type to come from same Warhead by same firer for them to be eligible for duration refresh.

  • Attached Effects can be removed from objects by Warheads using AttachEffect.RemoveTypes or AttachEffect.RemoveGroups.

    • AttachEffect.CumulativeRemoveMinCounts sets minimum number of active instaces per RemoveTypes/RemoveGroups required for Cumulative=true types to be removed.

    • AttachEffect.CumulativeRemoveMaxCounts sets maximum number of active instaces per RemoveTypes/RemoveGroups for Cumulative=true that are removed at once by this Warhead.

• Weapons can require attached effects on target to fire, or be prevented by firing if specific attached effects are applied.

  • AttachEffect.RequiredTypes can be used to list attached effects required to be on target to fire, all listed effect types must be present to allow firing.

  • AttachEffect.DisallowedTypes can be used to list attached effects that when present prevent the weapon from firing, any of the listed effect types will prevent firing if present.

  • AttachEffect.Required/DisallowedGroups have the same effect except applied with/to all types that have one of the listed groups in their Groups listing.

  • AttachEffect.(Required|Disallowed)MinCounts & (Required|Disallowed)MaxCounts can be used to set the minimum and maximum number of instances required / disallowed to be on the Techno for Cumulative=true types (ignored for other types) respectively.

  • AttachEffect.IgnoreFromSameSource can be set to true to ignore effects that have been attached by the firer of the weapon and its Warhead.

  • AttachEffect.CheckOnFirer is set to true makes it so that the required / disallowed attached effects are checked from the firer of the weapon instead of the target.

In rulesmd.ini:

[AttachEffectTypes]
0=SOMEATTACHEFFECT

[SOMEATTACHEFFECT]                                 ; AttachEffectType
Duration=0                                         ; integer - game frames or negative value for indefinite duration
Duration.ApplyFirepowerMult=false                  ; boolean
Duration.ApplyArmorMultOnTarget=false              ; boolean
Cumulative=false                                   ; boolean
Cumulative.MaxCount=-1                             ; integer
Powered=false                                      ; boolean
DiscardOn=none                                     ; List of discard condition enumeration (none|entry|move|stationary|drain|inrange|outofrange)
DiscardOn.RangeOverride=                           ; floating point value, distance in cells
PenetratesIronCurtain=false                        ; boolean
PenetratesForceShield=                             ; boolean
Animation=                                         ; AnimationType
Animation.ResetOnReapply=false                     ; boolean
Animation.OfflineAction=Hides                      ; AttachedAnimFlag (None, Hides, Temporal, Paused or PausedTemporal)
Animation.TemporalAction=None                      ; AttachedAnimFlag (None, Hides, Temporal, Paused or PausedTemporal)
Animation.UseInvokerAsOwner=false                  ; boolean
Animation.HideIfAttachedWith=                      ; List of AttachEffectTypes
CumulativeAnimations=                              ; List of AnimationTypes
CumulativeAnimations.RestartOnChange=true          ; boolean
ExpireWeapon=                                      ; WeaponType
ExpireWeapon.TriggerOn=expire                      ; List of expire weapon trigger condition enumeration (none|expire|remove|death|discard|all)
ExpireWeapon.CumulativeOnlyOnce=false              ; boolean
Tint.Color=                                        ; integer - R,G,B
Tint.Intensity=                                    ; floating point value
Tint.VisibleToHouses=all                           ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
FirepowerMultiplier=1.0                            ; floating point value
ArmorMultiplier=1.0                                ; floating point value
ArmorMultiplier.AllowWarheads=                     ; List of WarheadTypes
ArmorMultiplier.DisallowWarheads=                  ; List of WarheadTypes
SpeedMultiplier=1.0                                ; floating point value
ROFMultiplier=1.0                                  ; floating point value
ROFMultiplier.ApplyOnCurrentTimer=true             ; boolean
Cloakable=false                                    ; boolean
ForceDecloak=false                                 ; boolean
WeaponRange.Multiplier=1.0                         ; floating point value
WeaponRange.ExtraRange=0.0                         ; floating point value
WeaponRange.AllowWeapons=                          ; List of WeaponTypes
WeaponRange.DisallowWeapons=                       ; List of WeaponTypes
Crit.Multiplier=1.0                                ; floating point value
Crit.ExtraChance=0.0                               ; floating point value
Crit.AllowWarheads=                                ; List of WarheadTypes
Crit.DisallowWarheads=                             ; List of WarheadTypes
RevengeWeapon=                                     ; WeaponType
RevengeWeapon.AffectsHouses=all                    ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
ReflectDamage=false                                ; boolean
ReflectDamage.Warhead=                             ; WarheadType
ReflectDamage.Warhead.Detonate=false               ; WarheadType
ReflectDamage.Multiplier=1.0                       ; floating point value, percents or absolute
ReflectDamage.AffectsHouses=all                    ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
ReflectDamage.Chance=1.0                           ; floating point value
ReflectDamage.Override=                            ; integer
DisableWeapons=false                               ; boolean
Unkillable=false                                   ; boolean
Groups=                                            ; comma-separated list of strings (group IDs)

[SOMETECHNO]                                       ; TechnoType
AttachEffect.AttachTypes=                          ; List of AttachEffectTypes
AttachEffect.DurationOverrides=                    ; integer - duration overrides (comma-separated) for AttachTypes in order from first to last.
AttachEffect.Delays=                               ; integer - delays (comma-separated) for AttachTypes in order from first to last.
AttachEffect.InitialDelays=                        ; integer - initial delays (comma-separated) for AttachTypes in order from first to last.
AttachEffect.RecreationDelays=                     ; integer - recreation delays (comma-separated) for AttachTypes in order from first to last.
OpenTopped.UseTransportRangeModifiers=false        ; boolean
OpenTopped.CheckTransportDisableWeapons=false      ; boolean

[SOMEWEAPON]                                       ; WeaponType
AttachEffect.RequiredTypes=                        ; List of AttachEffectTypes
AttachEffect.DisallowedTypes=                      ; List of AttachEffectTypes
AttachEffect.RequiredGroups=                       ; comma-separated list of strings (group IDs)
AttachEffect.DisallowedGroups=                     ; comma-separated list of strings (group IDs)
AttachEffect.RequiredMinCounts=                    ; integer - minimum required instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.RequiredMaxCounts=                    ; integer - maximum required instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.DisallowedMinCounts=                  ; integer - minimum disallowed instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.DisallowedMaxCounts=                  ; integer - maximum disallowed instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.IgnoreFromSameSource=false            ; boolean
AttachEffect.CheckOnFirer=false                    ; boolean

[SOMEWARHEAD]                                      ; WarheadType
AttachEffect.AttachTypes=                          ; List of AttachEffectTypes
AttachEffect.CumulativeRefreshAll=false            ; boolean
AttachEffect.CumulativeRefreshAll.OnAttach=false   ; boolean
AttachEffect.CumulativeRefreshSameSourceOnly=true  ; boolean
AttachEffect.RemoveTypes=                          ; List of AttachEffectTypes
AttachEffect.RemoveGroups=                         ; comma-separated list of strings (group IDs)
AttachEffect.CumulativeRemoveMinCounts=            ; integer - minimum required instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.CumulativeRemoveMaxCounts=            ; integer - maximum removed instance count (comma-separated) for cumulative types in order from first to last.
AttachEffect.DurationOverrides=                    ; integer - duration overrides (comma-separated) for AttachTypes in order from first to last.
SuppressReflectDamage=false                        ; boolean
SuppressReflectDamage.Types=                       ; List of AttachEffectTypes
SuppressReflectDamage.Groups=                      ; comma-separated list of strings (group IDs)

Custom Radiation Types

Mixing different radiation types

• Any weapon can now have a custom radiation type. More details on radiation here.

• There are several new properties available to all radiation types.

  • RadApplicationDelay.Building can be set to value higher than 0 to allow radiation to damage buildings. How many times a single radiation site can deal this damage to same building (every cell of the foundation is hit by all radiation sites on a cell) can be customized with RadBuildingDamageMaxCount, negative values mean no limit.

  • RadSiteWarhead.Detonate can be set to make RadSiteWarhead detonate on affected objects rather than only be used to dealt direct damage. This enables most Warhead effects, display of animations etc. If RadSiteWarhead.Detonate.Full is set to false instead, instead of full Warhead detonation it only applies area damage and Phobos Warhead effects.

  • RadHasOwner, if set to true, makes damage dealt by the radiation count as having been dealt by the house that fired the projectile that created the radiation field. This means that Warhead controls such as AffectsAllies will be respected and any units killed will count towards that player’s destroyed units count.

  • RadHasInvoker, if set to true, makes the damage dealt by the radiation count as having been dealt by the TechnoType (the ‘invoker’) that fired the projectile that created the radiation field. In addition to the effects of RadHasOwner, this will also grant experience from units killed by the radiation to the invoker. Note that if the invoker dies at any point during the radiation’s lifetime it continues to behave as if not having an invoker.

• By default UseGlobalRadApplicationDelay is set to true. This makes game always use RadApplicationDelay and RadApplicationDelay.Building from [Radiation] rather than specific radiation types. This is a performance-optimizing measure that should be disabled if a radiation type declares different application delay.

In rulesmd.ini:

[RadiationTypes]
0=SOMERADTYPE

[Radiation]
UseGlobalRadApplicationDelay=true  ; boolean

[SOMEWEAPON]                       ; WeaponType
RadType=Radiation                  ; RadType to use instead of default of [Radiation]

[SOMERADTYPE]                      ; RadType
RadDurationMultiple=1              ; integer
RadApplicationDelay=16             ; integer
RadApplicationDelay.Building=0     ; integer
RadBuildingDamageMaxCount=-1       ; integer
RadLevelMax=500                    ; integer
RadLevelDelay=90                   ; integer
RadLightDelay=90                   ; integer
RadLevelFactor=0.2                 ; floating point value
RadLightFactor=0.1                 ; floating point value
RadTintFactor=1.0                  ; floating point value
RadColor=0,255,0                   ; integer - R,G,B
RadSiteWarhead=RadSite             ; WarheadType
RadSiteWarhead.Detonate=false      ; boolean
RadSiteWarhead.Detonate.Full=true  ; boolean
RadHasOwner=false                  ; boolean
RadHasInvoker=false                ; boolean

Warning

Due to performance concerns, unless any radiation type has RadApplicationDelay.Building set to above 0, all functionality related to it is completely disabled in game. This decision is made at earliest available opportunity (at end of initial scenario start or after loading saved game) and will not update with further scenario changes or save game loadings during same game session.

Laser Trails

Laser trails used in Rise of the East

• Technos, Projectiles, and VoxelAnims can now have colorful trails of different transparency, thickness and color, which are drawn via laser drawing code.

• Technos, Projectiles, and VoxelAnims can have multiple laser trails. For technos each trail can have custom laser trail type and FLH offset relative to turret and body.

In artmd.ini:

[LaserTrailTypes]
0=SOMETRAIL

[SOMETRAIL]                      ; LaserTrailType name
IsHouseColor=false               ; boolean
Color=255,0,0                    ; integer - R,G,B
FadeDuration=64                  ; integer
Thickness=4                      ; integer
SegmentLength=128                ; integer, minimal length of each trail segment
IgnoreVertical=false             ; boolean, whether the trail won't be drawn on vertical movement
IsIntense=false                  ; boolean, whether the laser is "supported" (AKA prism forwarding)
CloakVisible=false               ; boolean, whether the laser is visible when the attached unit is cloaked
CloakVisible.DetectedOnly=false  ; boolean, whether CloakVisible=true laser is visible only to those who can detect the attached unit

[SOMEPROJECTILE]                 ; Projectile Image
LaserTrail.Types=SOMETRAIL       ; List of LaserTrailTypes

[SOMETECHNO]                     ; TechnoType Image
LaserTrailN.Type=SOMETRAIL       ; LaserTrailType
LaserTrailN.FLH=0,0,0            ; integer - Forward,Lateral,Height
LaserTrailN.IsOnTurret=false     ; boolean, whether the trail origin is turret
; where N = 0, 1, 2, ...

In rulesmd.ini:

[SOMEVOXELANIM]             ; VoxelAnim
LaserTrail.Types=SOMETRAIL  ; List of LaserTrailTypes

Warning

Laser trails are very resource intensive! Due to the game not utilizing GPU having a lot of trails can quickly drop the FPS on even good machines. To reduce that effect:

• don’t put too many laser trails on units and projectiles;

• make sure you set as high SegmentLength value as possible without trails being too jagged;

• try to keep the length of the trail minimal (can be achieved with smaller FadeDuration durations).

Shields

Buildings, Infantries and Vehicles with Shield in Fantasy ADVENTURE

In rulesmd.ini:

[AudioVisual]
Shield.ConditionYellow=                     ; floating point value, percents or absolute
Shield.ConditionRed=                        ; floating point value, percents or absolute
Pips.Shield=-1,-1,-1                        ; integer, frames of pips.shp (zero-based) for Green, Yellow, Red
Pips.Shield.Building=-1,-1,-1               ; integer, frames of pips.shp (zero-based) for Green, Yellow, Red
Pips.Shield.Background=PIPBRD.SHP           ; filename - including the .shp/.pcx extension
Pips.Shield.Building.Empty=0                ; integer, frame of pips.shp (zero-based) for empty building pip

[ShieldTypes]
0=SOMESHIELDTYPE

[SOMESHIELDTYPE]                            ; ShieldType name
Strength=0                                  ; integer
InitialStrength=0                           ; integer
ConditionYellow=                            ; floating point value, percents or absolute
ConditionRed=                               ; floating point value, percents or absolute
Armor=none                                  ; ArmorType
InheritArmorFromTechno=false                ; boolean
InheritArmor.Allowed=                       ; list of TechnoTypes
InheritArmor.Disallowed=                    ; list of TechnoTypes
Powered=false                               ; boolean
AbsorbOverDamage=false                      ; boolean
SelfHealing=0.0                             ; floating point value, percents or absolute
SelfHealing.Rate=0.0                        ; floating point value, ingame minutes
SelfHealing.RestartInCombat=true            ; boolean
SelfHealing.RestartInCombatDelay=0          ; integer, game frames
SelfHealing.EnabledBy=                      ; List of BuildingTypes
Respawn=0.0                                 ; floating point value, percents or absolute
Respawn.Rate=0.0                            ; floating point value, ingame minutes
BracketDelta=0                              ; integer - pixels
Pips=-1,-1,-1                               ; integer, frames of pips.shp (zero-based) for Green, Yellow, Red
Pips.Building=-1,-1,-1                      ; integer, frames of pips.shp (zero-based) for Green, Yellow, Red
Pips.Background=                            ; filename - including the .shp/.pcx extension
Pips.Building.Empty=                        ; integer, frame of pips.shp (zero-based) for empty building pip
Pips.HideIfNoStrength=false                 ; boolean
IdleAnim=                                   ; AnimationType
IdleAnim.ConditionYellow=                   ; AnimationType
IdleAnim.ConditionRed=                      ; AnimationType
IdleAnimDamaged=                            ; AnimationType
IdleAnimDamaged.ConditionYellow=            ; AnimationType
IdleAnimDamaged.ConditionRed=               ; AnimationType
IdleAnim.OfflineAction=Hides                ; AttachedAnimFlag (None, Hides, Temporal, Paused or PausedTemporal)
IdleAnim.TemporalAction=Hides               ; AttachedAnimFlag (None, Hides, Temporal, Paused or PausedTemporal)
BreakAnim=                                  ; AnimationType
HitAnim=                                    ; AnimationType
HitFlash=false                              ; boolean
HitFlash.FixedSize=                         ; integer
HitFlash.Red=true                           ; boolean
HitFlash.Green=true                         ; boolean
HitFlash.Blue=true                          ; boolean
HitFlash.Black=false                        ; boolean
BreakWeapon=                                ; WeaponType
AbsorbPercent=1.0                           ; floating point value
PassPercent=0.0                             ; floating point value
ReceivedDamage.Minimum=-2147483648          ; integer
ReceivedDamage.Maximum=2147483647           ; integer
AllowTransfer=                              ; boolean
ImmuneToBerserk=no                          ; boolean
ImmuneToCrit=no                             ; boolean
Tint.Color=                                 ; integer - R,G,B
Tint.Intensity=0.0                          ; floating point value
Tint.VisibleToHouses=all                    ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

[SOMETECHNO]                                ; TechnoType
ShieldType=SOMESHIELDTYPE                   ; ShieldType; none by default

[SOMEWARHEAD]                               ; WarheadType
Shield.Penetrate=false                      ; boolean
Shield.Break=false                          ; boolean
Shield.BreakAnim=                           ; AnimationType
Shield.HitAnim=                             ; AnimationType
Shield.SkipHitAnim=false                    ; boolean
Shield.HitFlash=true                        ; boolean
Shield.BreakWeapon=                         ; WeaponType
Shield.AbsorbPercent=                       ; floating point value
Shield.PassPercent=                         ; floating point value
Shield.ReceivedDamage.Minimum=              ; integer
Shield.ReceivedDamage.Maximum=              ; integer
Shield.ReceivedDamage.MinMultiplier=1.0     ; floating point value
Shield.ReceivedDamage.MaxMultiplier=1.0     ; floating point value
Shield.Respawn.Duration=0                   ; integer, game frames
Shield.Respawn.Amount=0.0                   ; floating point value, percents or absolute
Shield.Respawn.Rate=-1.0                    ; floating point value, ingame minutes
Shield.Respawn.RestartTimer=false           ; boolean
Shield.SelfHealing.Duration=0               ; integer, game frames
Shield.SelfHealing.Amount=0.0               ; floating point value, percents or absolute
Shield.SelfHealing.Rate=-1.0                ; floating point value, ingame minutes
Shield.SelfHealing.RestartInCombat=         ; boolean
Shield.SelfHealing.RestartInCombatDelay=-1  ; integer, game frames
Shield.SelfHealing.RestartTimer=false       ; boolean
Shield.AffectTypes=                         ; List of ShieldTypes
Shield.Penetrate.Types=                     ; List of ShieldTypes
Shield.Break.Types=                         ; List of ShieldTypes
Shield.Respawn.Types=                       ; List of ShieldTypes
Shield.SelfHealing.Types=                   ; List of ShieldTypes
Shield.AttachTypes=                         ; List of ShieldTypes
Shield.RemoveTypes=                         ; List of ShieldTypes
Shield.RemoveAll=false                      ; boolean
Shield.ReplaceOnly=false                    ; boolean
Shield.ReplaceNonRespawning=false           ; boolean
Shield.MinimumReplaceDelay=0                ; integer, game frames
Shield.InheritStateOnReplace=false          ; boolean

• Now you can have a shield for any TechnoType. It serves as a second health pool with independent Armor and Strength values.

  • Shield will not take damage if the TechnoType is under effects of Temporal warhead, is Iron Curtained / Force Shielded, has Immune=true or if it has TypeImmune=true and the damage source is another instance of same TechnoType belonging to same house.

  • Negative damage will recover shield, unless shield has been broken. If shield isn’t full, all negative damage will be absorbed by shield.

    • Negative damage weapons will consider targets with active, but not at full health shields in need of healing / repairing unless the Warhead has Shield.Penetrate=true, in which case only object health is considered.

  • When a TechnoType has an unbroken shield, [ShieldType] -> Armor will replace [TechnoType] -> Armor for targeting and damage calculation purposes.

    • InheritArmorFromTechno can be set to true to override this so that [TechnoType] -> Armor is used even if shield is active and [ShieldType] -> Armor is ignored.

    • InheritArmor.Allowed lists TechnoTypes whose armor can be overridden. If empty, any TechnoType not listed in InheritArmor.Disallowed is okay.

    • InheritArmor.Disallowed lists TechnoTypes whose armor can’t be overridden. If empty, any TechnoTypes are okay as long as InheritArmor.Allowed is empty or they are listed on it.

  • InitialStrength can be used to set a different initial strength value from maximum.

  • ConditionYellow and ConditionRed can be used to set the thresholds for shield damage states, defaulting to [AudioVisual] -> Shield.ConditionYellow & Shield.ConditionRed respectively which in turn default to just ConditionYellow & ConditionRed.

• When executing DeploysInto or UndeploysInto, if both of the TechnoTypes have shields, the transformed unit/building would keep relative shield health (in percents), same as with Strength. If one of the TechnoTypes doesn’t have shields, it’s shield’s state on conversion will be preserved until converted back.

  • This also works with Ares’ Convert.*.

• Powered controls whether or not the shield is active when a unit is running low on power or it is affected by EMP.

  • Attention, if TechnoType itself is not Powered, then the shield won’t be offline when low power.

• AbsorbOverDamage controls whether or not the shield absorbs damage dealt beyond shield’s current strength when the shield breaks.

• SelfHealing and Respawn respect the following settings: 0.0 disables the feature, 1%-100% recovers/respawns the shield strength in percentage, other number recovers/respawns the shield strength directly. Specially, SelfHealing with a negative number deducts the shield strength.

  • If you want shield recovers/respawns 1 HP per time, currently you need to set tag value to any number between 1 and 2, like 1.1.

  • If SelfHealing.RestartInCombat is set, self-healing timer pauses and then resumes after SelfHealing.RestartInCombatDelay frames have passed when the shield gets damaged.

• SelfHealing.Rate and Respawn.Rate respect the following settings: 0.0 instantly recovers the shield, other values determine the frequency of shield recovers/respawns in ingame minutes.

• SelfHealing.EnabledBy can be used to control the self-heal of the shield. If the owner has no structures from this list then the shield won’t self-heal.

• IdleAnim, if set, will be played while the shield is intact. This animation is automatically set to loop indefinitely.

  • IdleAnim.ConditionYellow and IdleAnim.ConditionRed can be used to set different animations for when shield health is at or below the percentage defined in [AudioVisual] -> ConditionYellow/ConditionRed, respectively. If IdleAnim.ConditionRed is not set it falls back to IdleAnim.ConditionYellow, which in turn falls back to IdleAnim.

  • IdleAnimDamaged, IdleAnimDamaged.ConditionYellow and IdleAnimDamaged.ConditionRed are used in an identical manner, but only when health of the object the shield is attached to is at or below [AudioVisual] -> ConditionYellow. Follows similar fallback sequence to regular IdleAnim variants and if none are set, falls back to the regular IdleAnim or variants thereof.

  • Bouncer=true and IsMeteor=true animations can exhibit irregular behaviour when used as IdleAnim and should be avoided.

• IdleAnim.OfflineAction indicates what happens to the animation when the shield is in a low power state.

• IdleAnim.TemporalAction indicates what happens to the animation when the shield is attacked by temporal weapons.

• BreakAnim, if set, will be played when the shield has been broken.

• HitAnim, if set, will be played when the shield is attacked, similar to WeaponNullifyAnim for Iron Curtain.

• HitFlash, if set to true, makes it so that a light flash is generated when the shield is attacked by a Warhead unless it has Shield.HitFlash=false. Size of the flash is determined by damage dealt, unless HitFlash.FixedSize is set to a number, in which case that value is used instead (range of values that produces visible effect are increments of 4 from 81 to 252, anything higher or below does not have effect). Color can be customized via HitFlash.Red/Green/Blue. If HitFlash.Black is set to true, the generated flash will be black regardless of other color settings.

• BreakWeapon, if set, will be fired at the TechnoType once the shield breaks.

• AbsorbPercent controls the percentage of damage that will be absorbed by the shield. Defaults to 1.0, meaning full damage absorption.

• PassPercent controls the percentage of damage that will not be absorbed by the shield, and will be dealt to the unit directly even if the shield is active. Defaults to 0.0 - no penetration.

• ReceivedDamage.Minimum & ReceivedDamage.Maximum control the minimum and maximum amount of damage that can be dealt to shield in a single hit. This is applied after armor type and AbsorbPercent adjustments. If AbsorbOverDamage=false, the residual damage dealt to the TechnoType is still based on the original damage before the clamping to the range.

• AllowTransfer controls whether or not the shield can be transferred if the TechnoType changes (such as (Un)DeploysInto or Ares type conversion). If not set, defaults to true if shield was attached via Shield.AttachTypes, otherwise false.

• ImmuneToBerserk gives the immunity against Psychedelic=yes warhead. Otherwise the berserk effect penetrates shields by default. Note that this shouldn’t prevent the unit from targeting at the shielded object. Versus.shieldArmor=0% is still required in this case.

• A tint effect similar to that used by Iron Curtain / Force Shield or Psychedelic=true Warheads can be applied to TechnoTypes with shields by setting Tint.Color and/or Tint Intensity.

  • Tint.Intensity is additive lighting increase/decrease - 1.0 is the default object lighting.

  • Tint.VisibleToHouses can be used to customize which houses can see the tint effect.

• A TechnoType with a shield will show its shield Strength. An empty shield strength bar will be left after destroyed if it is respawnable. Several customizations are available for the shield strength pips.

  • By default, buildings use the 6th frame of pips.shp to display the shield strength while others use the 17th frame.

  • Pips.Shield can be used to specify which pip frame should be used as shield strength. If only 1 digit is set, then it will always display that frame, or if 3 digits are set, it will use those if shield’s current strength is at or below ConditionYellow and ConditionRed, respectively. Pips.Shield.Building is used for BuildingTypes. -1 as value will use the default frame, whether it is fallback to first value or the aforementioned hardcoded defaults.

  • Pips.Shield.Background can be used to set the background or ‘frame’ for non-building pips, which defaults to pipbrd.shp. 4th frame is used to display an infantry’s shield strength and the 3th frame for other units, or 2nd and 1st respectively if not enough frames are available.

  • Pips.Shield.Building.Empty can be used to set the frame of pips.shp displayed for empty building strength pips, defaults to 1st frame of pips.shp.

  • Pips.HideIfNoStrength can be used to hide the shield’s pip frame if the Strength is 0.

  • The above customizations are also available on per ShieldType basis, e.g [ShieldType] -> Pips instead of [AudioVisual] -> Pips.Shield and so on. ShieldType settings take precedence over the global ones, but will fall back to them if not set.

  • BracketDelta can be used as additional vertical offset (negative shifts it up) for shield strength bar. Much like PixelSelectionBracketDelta, it is not applied on buildings.

• Warheads have new options that interact with shields. Note that all of these that do not by their very nature require ability to target the shield (such as modifiers like Shield.Break or removing / attaching) still require Warhead Verses to affect the target unless EffectsRequireVerses is set to false on the Warhead.

  • Shield.Penetrate allows the warhead ignore the shield and always deal full damage to the TechnoType itself. It also allows targeting the TechnoType as if shield doesn’t exist.

  • Shield.Break allows the warhead to always break shields of TechnoTypes. This is done before damage is dealt.

  • Shield.BreakAnim will be displayed instead of ShieldType BreakAnim if the shield is broken by the Warhead, either through damage or Shield.Break.

  • Shield.HitAnim will be displayed instead of ShieldType HitAnim if set when Warhead hits the shield.

  • If Shield.SkipHitAnim is set to true, no hit anim is shown when the Warhead damages the shield whatsoever.

  • Shield.BreakWeapon will be fired instead of ShieldType BreakWeapon if the shield is broken by the Warhead, either through damage or Shield.Break.

  • Shield.AbsorbPercent overrides the AbsorbPercent value set in the ShieldType that is being damaged.

  • Shield.PassPercent overrides the PassPercent value set in the ShieldType that is being damaged.

  • Shield.ReceivedDamage.Minimum & Shield.ReceivedDamage.Maximum override the values set in in the ShieldType that is being damaged.

    • Shield.ReceivedDamage.MinMultiplier and Shield.ReceivedDamage.MinMultiplier are multipliers to the effective Shield.ReceivedDamage.Minimum and Shield.ReceivedDamage.Maximum respectively that are applied when the Warhead deals damage to a shield.

  • Shield.Respawn.Rate & Shield.Respawn.Amount override ShieldType Respawn.Rate and Respawn.Amount for duration of Shield.Respawn.Duration amount of frames. Negative rate & zero or lower amount default to ShieldType values. If Shield.Respawn.RestartTimer is set, currently running shield respawn timer is reset, otherwise the timer’s duration is adjusted in proportion to the new Shield.Respawn.Rate (e.g timer will be same percentage through before and after) without restarting the timer. If the effect expires while respawn timer is running, remaining time is adjusted to proportionally match ShieldType Respawn.Rate. Re-applying the effect resets the duration to Shield.Respawn.Duration

  • Shield.SelfHealing.Rate & Shield.SelfHealing.Amount override ShieldType SelfHealing.Rate and SelfHealing.Amount for duration of Shield.SelfHealing.Duration amount of frames. Negative rate & zero or lower amount default to ShieldType values. If Shield.SelfHealing.RestartTimer is set, currently running self-healing timer is restarted, otherwise timer’s duration is adjusted in proportion to the new Shield.SelfHealing.Rate (e.g timer will be same percentage through before and after) without restarting the timer. If the effect expires while self-healing timer is running, remaining time is adjusted to proportionally match ShieldType SelfHealing.Rate. Re-applying the effect resets the duration to Shield.SelfHealing.Duration.

    • Additionally Shield.SelfHealing.RestartInCombat & Shield.SelfHealing.RestartInCombatDelay can be used to override ShieldType settings.

  • Shield.AffectTypes allows listing which ShieldTypes can be affected by any of the effects listed above. If none are listed, all ShieldTypes are affected.

    • Shield.AffectTypes can be overriden for specific shield interactions by using keys Shield.Penetrate.Types, Shield.Break.Types, Shield.Respawn.Types and Shield.SelfHealing.Types respectively.

  • Shield.AttachTypes & Shield.RemoveTypes allows listing ShieldTypes that are attached or removed, respectively from any targets affected by the warhead (positive Verses values). Normally only first listed ShieldType in Shield.AttachTypes is applied.

    • If Shield.ReplaceOnly is set, shields from Shield.AttachTypes are only applied to affected targets from which shields were simultaneously removed, matching the order listed in Shield.RemoveTypes. If Shield.AttachTypes contains less items than Shield.RemoveTypes, last item from the former is used for any remaining removed shields.

    • If Shield.ReplaceNonRespawning is set, shield from Shield.AttachTypes replaces existing shields that have been broken and cannot respawn on their own.

    • If Shield.RemoveAll is set, all shield types are removed from the affected targets, even those that are not listed in Shield.RemoveTypes. If Shield.ReplaceOnly is set, first type listed in Shield.AttachTypes is used to replace any removed types not listed in Shield.RemoveTypes.

    • Shield.MinimumReplaceDelay can be used to control how long after the shield has been broken (in game frames) can it be replaced. If not enough frames have passed, it won’t be replaced.

    • If Shield.InheritStateOnReplace is set, shields replaced via Shield.ReplaceOnly inherit the current strength (relative to ShieldType Strength) of the previous shield and whether or not the shield was currently broken. Self-healing and respawn timers are always reset.

Animations

Anim-to-Unit

• Animations can now create (or “convert” to) any unit (vehicles, aircraft and infantry) when they end via CreateUnit. This offers more settings than MakeInfantry does for infantry.

  • CreateUnit.Owner determines which house will own the created unit. This only works as expected if the animation has owner set.

    • Vehicle destroy animations, animations from Warhead AnimList/SplashList and map trigger action 41 Play Anim At will have the owner set correctly.

    • CreateUnit.RemapAnim, if set to true, will cause the animation to be drawn in unit palette and remappable to owner’s team color.

  • CreateUnit.Mission determines the initial mission of the created unit. This can be overridden for AI players by setting CreateUnit.AIMission.

  • CreateUnit.Facing determines the initial facing of created unit.

    • CreateUnit.RandomFacing, if set to true, makes it so that a random facing is picked instead.

    • For VehicleTypes only, CreateUnit.InheritFacings and CreateUnit.InheritTurretFacings inherit facings for vehicle body and turret respectively from the destroyed vehicle if the animation is a vehicle destroy animation. InheritTurretFacings does not work with jumpjet vehicles due to technical constraints.

  • CreateUnit.AlwaysSpawnOnGround, if set to true, ensures the unit will be created on the cell at ground level even if animation is in air. If set to false, jumpjet units spawned on ground will take off automatically after being spawned regardless.

  • CreateUnit.SpawnParachutedInAir, if set to true, makes it so that the unit is created with a parachute if it is spawned in air. Has no effect if CreateUnit.AlwaysSpawnOnGround is set to true.

  • CreateUnit.ConsiderPathfinding, if set to true, will consider whether or not the cell where the animation is located is occupied by other objects or impassable to the unit being created and will attempt to find a nearby cell that is not. Otherwise the unit will be created at the animation’s location despite these obstacles if possible.

  • CreateUnit.SpawnAnim can be used to play another animation at created unit’s location after it has appeared. This animation has same owner and invoker as the parent animation.

  • CreateUnit.SpawnHeight can be set to override the animation’s height when determining where to spawn the created unit if set to positive value. Has no effect if CreateUnit.AlwaysSpawnOnGround is set to true.

In artmd.ini:

[SOMEANIM]                             ; AnimationType
CreateUnit=                            ; TechnoType
CreateUnit.Owner=Victim                ; Owner house kind, Invoker/Killer/Victim/Civilian/Special/Neutral/Random
CreateUnit.RemapAnim=false             ; boolean
CreateUnit.Mission=Guard               ; MissionType
CreateUnit.AIMission=                  ; MissionType
CreateUnit.Facing=0                    ; Direction type (integers from 0-255)
CreateUnit.RandomFacing=true           ; boolean
CreateUnit.InheritFacings=false        ; boolean
CreateUnit.InheritTurretFacings=false  ; boolean
CreateUnit.AlwaysSpawnOnGround=false   ; boolean
CreateUnit.SpawnParachutedInAir=false  ; boolean
CreateUnit.ConsiderPathfinding=false   ; boolean
CreateUnit.SpawnAnim=                  ; AnimationType
CreateUnit.SpawnHeight=-1              ; integer, height in leptons

Note

Due to technical constraints, infantry death animations including Ares’ InfDeathAnim cannot have CreateUnit.Owner correctly applied to them. You can use Ares’ MakeInfantryOwner as a workaround instead, which should function for this use-case even without MakeInfantry set.

Attached particle system

• It is now possible to attach a particle system to an animation. Only particle systems with BehavesLike=Smoke are supported. This works similarly to the identically named key on VoxelAnims.

  • On animations with Next, the particle system will be deleted when the next animation starts playing and new one created in its stead if the Next animation defines a different particle system.

In artmd.ini:

[SOMEANIM]       ; AnimationType
AttachedSystem=  ; ParticleSystemType

Customizable animation visibility settings

• It is now possible to customize which players can see an animation using VisibleTo.

  • VisibleTo.ConsiderInvokerAsOwner, if set, makes it so that animation’s invoker house is considered as owner for purposes of VisibleTo instead of owning house of TechnoType it is attached to or animation’s owning house. On most animations the they are the same, but it can be different for some.

  • Note that this is a purely visual feature, any logic attached to these animations like damage is still processed for all players.

• RestrictVisibilityIfCloaked, if set to true, makes so that attached animations or aircraft Trailer animations (due to technical constraints, spawned missile trailers are exempt from this) on cloaked objects are only visible to observers and players who can currently detect them.

• DetachOnCloak can be set to false to override vanilla game behaviour where attached animations are removed from cloaked objects.

In artmd.ini:

[SOMEANIM]                              ; AnimationType
VisibleTo=all                           ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
VisibleTo.ConsiderInvokerAsOwner=false  ; boolean
RestrictVisibilityIfCloaked=false       ; boolean
DetachOnCloak=true                      ; boolean

Play sound as a detached sound event

• It is now possible for animation to play a sound that is not attached to an audio event handler by using DetachedReport. By default animation Report / StartSound is played by an audio event handler, which allows the sound to loop and play at correct location even if it changes after its initial creation. This can also cause issues with animations that chain different types through Next, as the audio event handler resets when the animation restarts.

In artmd.ini:

[SOMEANIM]       ; AnimationType
DetachedReport=  ; Sound entry

Buildings

Build area customizations

• There are now additional customizations available for building placement next to other buildings.

  • Adjacent.Allowed lists BuildingTypes this BuildingType can be placed off (within distance defined by Adjacent). If empty, any BuildingType not listed in Adjacent.Disallowed is okay.

  • Adjacent.Disallowed lists BuildingTypes this BuildingType cannot be placed next to. If empty, any BuildingTypes are okay as long as Adjacent.Allowed is empty or they are listed on it.

  • If NoBuildAreaOnBuildup is set to true, no building can be built next to this building regardless of any other settings if it is currently displaying its buildup animation.

In rulesmd.ini:

[SOMEBUILDING]              ; BuildingType
Adjacent.Allowed=           ; List of BuildingTypes
Adjacent.Disallowed=        ; List of BuildingTypes
NoBuildAreaOnBuildup=false  ; boolean

Destroyable pathfinding obstacles

• It is possible to make buildings be considered pathfinding obstacles that can be destroyed by setting IsDestroyableBlockage to true. What this does is make the building be considered impassable and impenetrable pathfinding obstacle to every unit that is not flying or have appropriate MovementZone (ones that allow destroyable obstacles to be overcome, e.g (Infantry|Amphibious)Destroyer) akin to wall overlays and TerrainTypes.

  • Keep in mind that if an unit has appropriate MovementZone but no means to actually destroy an obstacle (such as a weapon that can fire and deal damage at them), they will get stuck trying to go through them instead of pathing around.

In rulesmd.ini:

[SOMEBUILDING]               ; BuildingType
IsDestroyableObstacle=false  ; boolean

Extended building upgrades

Upgrading own and allied Power Plants in CnC: Final War

Note

Due to technical limitations, with Ares, upgrades placed through PowersUp.Buildings instead of PowersUpBuilding (note that internally PowersUpBuilding is set to first entry of PowersUp.Buildings if former is not set but latter is) DO NOT satisfy prerequisites. Suggested workaround is to use the upgrades to provide Superweapons that spawn in buildings via LimboDelivery logic to function as prerequisites, which are destroyed by another SW that becomes available if parent building is gone and so on.

• Building upgrades now can be placed on own buildings, on allied buildings and/or on enemy buildings. These three owners can be specified by PowersUp.Owner. When upgrade is placed on building, it automatically changes it’s owner to match the building’s owner.

• One upgrade can now be applied to multiple different types of buildings specified by PowersUp.Buildings.

  • Ares-introduced build limit for building upgrades works with this feature.

In rulesmd.ini:

[SOMEBUILDING]      ; BuildingType, as an upgrade
PowersUp.Owner=Self ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
PowersUp.Buildings= ; List of BuildingTypes

Power plant enhancer

• When it exists, it can increase the power amount generated by the power plants.

  • When enchancing structures are sold or destroyed, the power amount returns to normal.

In rulesmd.ini:

[SOMEBUILDING]                     ; BuildingType
PowerPlantEnhancer.PowerPlants=    ; List of BuildingTypes
PowerPlantEnhancer.Amount=0        ; integer
PowerPlantEnhancer.Factor=1.0      ; floating point value

Spy Effects

• Additional espionage bonuses can be toggled with SpyEffect.Custom.

  • SpyEffect.VictimSuperWeapon instantly launches a Super Weapon for the owner of the infiltrated building at building’s coordinates.

  • SpyEffect.InfiltratorSuperWeapon behaves the same as above, with the Super Weapon’s owner being the owner of the spying unit.

In rulesmd.ini:

[SOMEBUILDING]                     ; BuildingType
SpyEffect.Custom=false             ; boolean
SpyEffect.VictimSuperWeapon=       ; SuperWeaponType
SpyEffect.InfiltratorSuperWeapon=  ; SuperWeaponType

Infantry

Customizable FLH When Infantry Is Prone Or Deployed

• Now infantry can override PrimaryFireFLH and SecondaryFireFLH if is prone (crawling) or deployed. Also works in conjunction with burst-index specific firing offsets.

In artmd.ini:

[SOMEINFANTRY]             ; InfantryType image
PronePrimaryFireFLH=       ; integer - Forward,Lateral,Height
ProneSecondaryFireFLH=     ; integer - Forward,Lateral,Height
DeployedPrimaryFireFLH=    ; integer - Forward,Lateral,Height
DeployedSecondaryFireFLH=  ; integer - Forward,Lateral,Height

Customizable SlavesFreeSound

• SlavesFreeSound is now dehardcoded from [AudioVisual] and can be set individually for each enslavable infantry type.

In rulesmd.ini:

[SOMEINFANTRY]        ; InfantryType
Slaved=yes
SlavesFreeSound=      ; Sound entry

Default disguise for individual InfantryTypes

• Infantry can now have its DefaultDisguise overridden per-type.

  • This tag’s priority is higher than Ares’ per-side DefaultDisguise.

In rulesmd.ini:

[SOMEINFANTRY]      ; InfantryType
DefaultDisguise=    ; InfantryType

Random death animaton for NotHuman Infantry

• Infantry with NotHuman=yes can now play random death anim sequence between Die1 to Die5 instead of the hardcoded Die1.

  • Do not forget to tweak infantry anim sequences before enabling this feature, otherwise it will play invisible anim sequence.

In rulesmd.ini:

[SOMEINFANTRY]                    ; InfantryType
NotHuman.RandomDeathSequence=yes  ; boolean

Slaves’ house decision customization when owner is killed

• You can now decide the slaves’ house when the corresponding slave miner is killed using Slaved.OwnerWhenMasterKilled:

  • suicide: Kill each slave if the slave miner is killed.

  • master: Free the slaves but keep the house of the slave unchanged.

  • neutral: The slaves belong to civilian house.

  • killer: Free the slaves and give them to the house of the slave miner’s killer. (vanilla behavior)

In rulesmd.ini:

[SOMEINFANTRY]                       ; InfantryType
Slaved=yes
Slaved.OwnerWhenMasterKilled=killer  ; enumeration (suicide | master | killer | neutral)

Use land sequences even in water

• Setting OnlyUseLandSequences to true will make infantry display only the regular sequences used on land even if it is in water.

In artmd.ini:

[SOMEINFANTRY]              ; InfantryType image
OnlyUseLandSequences=false  ; boolean

Projectiles

Projectile interception logic

Interception logic used in Tiberium Crisis

• Projectiles can now be made interceptable by certain TechnoTypes by setting Interceptable=true on them. The TechnoType scans for interceptable projectiles within a range if it has no other target and will use one of its weapons to shoot at them. Projectiles can define Armor and Strength. Weapons that cannot target the projectile’s armor type will not attempt to intercept it. On interception, if the projectile has Armor set, an amount equaling to the intercepting weapon’s Damage adjusted by Warhead Verses is deducted from the projectile’s current strength. Regardless of if the current projectile strength was reduced or not, if it sits at 0 or below after interception, the projectile is detonated.

  • Interceptor.Weapon determines the weapon (0 = Primary, 1 = Secondary) to be used for intercepting projectiles.

    • The interceptor weapon may need AG and/or AA set to true on its projectile to be able to target projectiles depending on their elevation from ground. If you don’t set those then the weapon won’t be able to target low-flying or high-flying projectiles respectively.

  • Interceptor.CanTargetHouses controls which houses the projectiles (or rather their firers) can belong to be eligible for interception.

  • Interceptor.GuardRange (and Interceptor.(Rookie|Veteran|EliteGuardRange)) is maximum range of the unit to intercept projectile. The unit weapon range will limit the unit interception range though.

  • Interceptor.MinimumGuardRange (and Interceptor.(Rookie|Veteran|EliteMinimumGuardRange)) is the minimum range of the unit to intercept projectile. Any projectile under this range will not be intercepted.

  • Interceptor.ApplyFirepowerMult determines whether or not the intercepting weapon’s damage should multiply the TechnoType’s firepower multipliers.

  • Interceptable.DeleteOnIntercept determines whether or not the projectile will simply be deleted on detonation upon interception, or if it will properly detonate. Will be overridden by Interceptor.DeleteOnIntercept setting on the interceptor.

  • Interceptable.WeaponOverride can be set to a WeaponType that will be used to override characteristics such as Damage and Warhead of the current projectile for detonation after interception. Will be overridden by Interceptor.WeaponOverride setting on the interceptor.

    • On interceptors, Interceptor.WeaponReplaceProjectile can be set to true to make Interceptor.WeaponOverride also replace the intercepted projectile’s type (including Image and other projectile characteristics) and Speed with its own. Does not replace particle systems (AttachedSystem, Ares feature).

    • On interceptors, Interceptor.WeaponCumulativeDamage can be set to true to make Damage from Interceptor.WeaponOverride weapon be added on the projectile’s damage rather than override it.

  • Interceptor.KeepIntact can be set to true to allow intercepted projectiles to continue traveling as if they were not intercepted, but effects such as Interceptor.WeaponOverride will still be applied.

In rulesmd.ini:

[SOMETECHNO]                               ; TechnoType
Interceptor=false                          ; boolean
Interceptor.Weapon=0                       ; integer, weapon slot index (0 or 1)
Interceptor.CanTargetHouses=enemies        ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
Interceptor.GuardRange=0.0                 ; floating point value
Interceptor.VeteranGuardRange=             ; floating point value
Interceptor.EliteGuardRange=               ; floating point value
Interceptor.MinimumGuardRange=0.0          ; floating point value
Interceptor.VeteranMinimumGuardRange=      ; floating point value
Interceptor.EliteMinimumGuardRange=        ; floating point value
Interceptor.ApplyFirepowerMult=true        ; boolean
Interceptor.DeleteOnIntercept=false        ; boolean
Interceptor.WeaponOverride=                ; WeaponType
Interceptor.WeaponReplaceProjectile=false  ; boolean
Interceptor.WeaponCumulativeDamage=false   ; boolean
Interceptor.KeepIntact=false               ; boolean

[SOMEPROJECTILE]                           ; Projectile
Interceptable=false                        ; boolean
Interceptable.DeleteOnIntercept=false      ; boolean
Interceptable.WeaponOverride=              ; WeaponType
Strength=0                                 ; integer
Armor=                                     ; ArmorType

Note

Currently interceptor weapons with projectiles that do not have Inviso=true will be unable to intercept projectiles if the firer of the interceptor weapon dies before the interceptor weapon projectile reaches its target. This may change in future.

Projectile trajectories

• Projectiles can now have customizable trajectories.

  • Trajectory should not be combined with original game’s projectile trajectory logics (Arcing, ROT, Vertical or Inviso). Attempt to do so will result in the other logics being disabled and a warning being written to log file.

  • The speed of the projectile is defined by Trajectory.Speed, which unlike Speed used by ROT > 0 projectiles is defined on projectile not weapon.

    • In Trajectory=Straight, it refers to the whole distance speed of the projectile and it has no restrictions.

    • In Trajectory=Bombard, it refers to the initial speed of the projectile and it has no restrictions.

    • In Trajectory=Parabola, it refers to the horizontal velocity of the projectile and is only used for modes 0, 3, or 5 and it has no restrictions.

In rulesmd.ini:

[SOMEPROJECTILE]        ; Projectile
Trajectory.Speed=100.0  ; floating point value

Straight trajectory

Straight trajectory used to make blasters in a private mod by @brsajo#9745

• Self-explanatory, is a straight-shot trajectory.

  • Trajectory.Straight.DetonationDistance controls the maximum distance in cells from intended target (checked at start of each game frame, before the projectile moves) at which the projectile will be forced to detonate. Set to 0 to disable forced detonation (note that this can cause the projectile to overshoot the target). If Trajectory.Straight.ApplyRangeModifiers is set to true, any applicable weapon range modifiers from the firer are applied here as well. By setting Trajectory.Straight.PassThrough=true, it refers to the distance that projectile should travel from itself when it above 0, and the distance that projectile should move behind the target when it below 0 (use the absolute value).

  • Trajectory.Straight.TargetSnapDistance controls the maximum distance in cells from intended target the projectile can be at moment of detonation to make the projectile ‘snap’ on the intended target. Set to 0 to disable snapping.

  • Trajectory.Straight.PassThrough enables special case logic where the projectile does not detonate in contact with the target but instead travels up to a distance defined by Trajectory.Straight.DetonationDistance. Note that the firing angle of the projectile is adjusted with this in mind, making it fire straight ahead if the target is on same elevation.

  • Trajectory.Straight.PassDetonate enables extra detonations when the projectile is traveling. (You can use this when you want the projectile to detonate warheads every other distance/time during the flight.)

    • Trajectory.Straight.PassDetonateWarhead defines the warhead detonated by Trajectory.Straight.PassDetonate, and Trajectory.Straight.PassDetonateDamage defines the damage caused by Trajectory.Straight.PassDetonateWarhead.

    • Trajectory.Straight.PassDetonateDelay controls the delay for detonating the warhead defined by Trajectory.Straight.Warhead.

    • Trajectory.Straight.PassDetonateInitialDelay controls the initial delay for detonating the warhead defined by Trajectory.Straight.PassDetonateWarhead.

    • Trajectory.Straight.PassDetonateLocal controls whether Trajectory.Straight.PassDetonateWarhead and weapon’s Warhead are always detonate at ground level. It will also no longer restrict vertical velocity of the projectile when using Trajectory.Straight.ConfineAtHeight.

  • Trajectory.Straight.LeadTimeCalculate controls whether the projectile need to calculate the lead time of the target when firing. Note that this will not affect the facing of the turret.

  • Trajectory.Straight.OffsetCoord controls the offsets of the target. Projectile will aim at this position to attack. It also supports Inaccurate=yes and Trajectory.Straight.LeadTimeCalculate=true on this basis.

    • Trajectory.Straight.RotateCoord controls whether to rotate the projectile’s firing direction within the angle bisector of Trajectory.Straight.OffsetCoord according to the weapon’s Burst. Set to 0 to disable this function.

    • Trajectory.Straight.MirrorCoord controls whether Trajectory.Straight.OffsetCoord need to mirror the lateral value to adapt to the current burst index. At the same time, the rotation direction calculated by Trajectory.Straight.RotateCoord will also be reversed, and the rotation angle between each adjacent projectile on each side will not change as a result.

    • Trajectory.Straight.UseDisperseBurst controls whether the calculation of Trajectory.Straight.RotateCoord is based on its superior’s Trajectory.Disperse.WeaponBurst of the dispersed trajectory, rather than Burst of the weapon. If this value is not appropriate, it will result in unsatisfactory visual displays.

    • Trajectory.Straight.AxisOfRotation controls the rotation axis when calculating Trajectory.Straight.RotateCoord. The axis will rotates with the unit orientation or the vector that from target position to the source position.

  • Trajectory.Straight.ProximityImpact controls the initial proximity fuse times. When there are enough remaining times and the projectile approaches another valid target, it will detonate a warhead defined by Trajectory.Straight.ProximityWarhead on it. If the times is about to run out, it will also detonate itself at its location. This function can be cancelled by setting to 0. A negative integer means unlimited times. By the way, you can use the weapon’s Warhead with low versus only to aim at the target, and use the Trajectory.Straight.ProximityWarhead to causing actual harm. (You can use this to cause non repeated damage to all units encountered during the flight of the projectile.)

    • Trajectory.Straight.ProximityWarhead defines the warhead detonated by Trajectory.Straight.ProximityImpact, and Trajectory.Straight.ProximityDamage defines the damage caused by Trajectory.Straight.ProximityWarhead.

    • Trajectory.Straight.ProximityRadius controls the range of proximity fuse. It can NOT be set as a negative integer.

    • Trajectory.Straight.ProximityDirect controls whether let the target receive damage instead of detonating the warhead.

    • Trajectory.Straight.ProximityMedial controls whether to detonate Trajectory.Straight.ProximityWarhead at the bullet’s location rather than the proximity target’s location. If Trajectory.Straight.ProximityDirect is set to true, this will only affect the calculation result of Trajectory.Straight.EdgeAttenuation.

    • Trajectory.Straight.ProximityAllies controls whether allies will also trigger the proximity fuse.

    • Trajectory.Straight.ProximityFlight controls whether to count units in the air.

  • Trajectory.Straight.ThroughVehicles controls whether the projectile will not be obstructed by vehicles or aircrafts on the ground. When it is obstructed, it will be directly detonated at its location. If it still have Trajectory.Straight.ProximityImpact times, it will also detonate a Trajectory.Straight.ProximityImpact at the location of the obstacle.

  • Trajectory.Straight.ThroughBuilding controls whether the projectile will not be obstructed by buildings. When it is obstructed, it will be directly detonated at its location. If it still have Trajectory.Straight.ProximityImpact times, it will also detonate a Trajectory.Straight.ProximityImpact at the location of the obstacle.

  • Trajectory.Straight.SubjectToGround controls whether the projectile should explode when it hits the ground. Note that this will not make AI search for suitable attack locations.

  • Trajectory.Straight.ConfineAtHeight controls the height above ground that projectile will try to travel as it can. It can not move down from the cliff by setting SubjectToCliffs=true. It can be cancelled by setting as a non positive integer. It will be forcibly cancelled by setting Trajectory.Speed above 256.

  • Trajectory.Straight.EdgeAttenuation controls the edge attenuation ratio of projectile damage (includes all types of the trajectory’s damage), that is, the actual damage caused will be this value multiplied by the ratio of the current distance to the weapon’s range. Can NOT be set to a negative integer.

  • Trajectory.Straight.CountAttenuation controls the attenuation coefficient of projectile damage (includes all types of the trajectory’s damage), that is, how many times the next damage after each bounce is the damage just caused. Can NOT be set to a negative integer.

In rulesmd.ini:

[SOMEPROJECTILE]                                ; Projectile
Trajectory=Straight                             ; Trajectory type
Trajectory.Straight.ApplyRangeModifiers=false   ; boolean
Trajectory.Straight.DetonationDistance=0.4      ; floating point value
Trajectory.Straight.TargetSnapDistance=0.5      ; floating point value
Trajectory.Straight.PassThrough=false           ; boolean
Trajectory.Straight.PassDetonate=false          ; boolean
Trajectory.Straight.PassDetonateWarhead=        ; WarheadType
Trajectory.Straight.PassDetonateDamage=0        ; integer
Trajectory.Straight.PassDetonateDelay=1         ; integer
Trajectory.Straight.PassDetonateInitialDelay=0  ; integer
Trajectory.Straight.PassDetonateLocal=false     ; boolean
Trajectory.Straight.LeadTimeCalculate=false     ; boolean
Trajectory.Straight.OffsetCoord=0,0,0           ; integer - Forward,Lateral,Height
Trajectory.Straight.RotateCoord=0               ; floating point value
Trajectory.Straight.MirrorCoord=true            ; boolean
Trajectory.Straight.UseDisperseBurst=false      ; boolean
Trajectory.Straight.AxisOfRotation=0,0,1        ; integer - Forward,Lateral,Height
Trajectory.Straight.ProximityImpact=0           ; integer
Trajectory.Straight.ProximityWarhead=           ; WarheadType
Trajectory.Straight.ProximityDamage=0           ; integer
Trajectory.Straight.ProximityRadius=0.7         ; floating point value
Trajectory.Straight.ProximityDirect=false       ; boolean
Trajectory.Straight.ProximityMedial=false       ; boolean
Trajectory.Straight.ProximityAllies=false       ; boolean
Trajectory.Straight.ProximityFlight=false       ; boolean
Trajectory.Straight.ThroughVehicles=true        ; boolean
Trajectory.Straight.ThroughBuilding=true        ; boolean
Trajectory.Straight.SubjectToGround=false       ; boolean
Trajectory.Straight.ConfineAtHeight=0           ; integer
Trajectory.Straight.EdgeAttenuation=1.0         ; floating point value
Trajectory.Straight.CountAttenuation=1.0        ; floating point value

Note

• Make sure you set a low Trajectory.Straight.ProximityRadius value unless necessary.

• The listed Warheads in Trajectory.Straight.PassDetonateWarhead and Trajectory.Straight.ProximityWarhead must be listed in [Warheads] for them to work.

Bombard trajectory

• Similar trajectory to Straight, but targets a coordinate between the attacker and intended target first. When the projectile approaches that turning point, it’ll turn to the intended target and explodes when it hits the target or ground.

  • Trajectory.Bombard.Height controls the height of the turning point.

  • Trajectory.Bombard.FallPercent controls the distance of the turning point by its percentage of the total distance between attacker and intended target. If set to 0%, then it’ll fly up vertically. If set to 100%, then it’ll travel to the top of the intended target.

    • For each launch the turning point percentage could add or minus a random value, which is not greater than Trajectory.Bombard.FallPercentShift. If set to 0%, random shift will be disabled.

    • You can also makes the turning point scatter randomly in a circle with Trajectory.Bombard.FallScatter.Max as its radius. If set to 0, random scatter will be disabled. Trajectory.Bombard.FallScatter.Min can be used to determine the minimum radius of the circle. If Trajectory.Bombard.FallScatter.Linear set to true, the random scatter will be limited to the line that is vertical to the original direction of the projectile.

  • Trajectory.Bombard.FreeFallOnTarget controls how it’ll hit the intended target. If set to true, the projectile will be respawned above the intended target and free fall. If set to false, the projectile will travel to the intended target from the turning point.

  • Trajectory.Bombard.NoLaunch controls whether the attacker will fire the projectile by itself. If set to true, projectile will directly fall from the turning point.

  • Trajectory.Bombard.FallSpeed controls the initial speed of the projectile after it turns. If set to 0.0, then it’ll use Trajectory.Speed. Can’t work when Trajectory.Bombard.FreeFallOnTarget set to true.

  • Trajectory.Bombard.DetonationDistance controls the maximum distance in cells from intended target (checked at start of each game frame, before the projectile moves) at which the projectile will be forced to detonate. Set to 0 to disable forced detonation (note that this can cause the projectile to overshoot the target).

  • Trajectory.Bombard.DetonationHeight controls when the projectile is in a descending state and below the height of the launch position plus this value, it will detonate prematurely. Taking effect when it is set to non negative value. If Trajectory.Bombard.EarlyDetonation is set to true, it’ll take effect during the ascending stage instead, which makes it detonate when its height is above the launch position plus this value.

  • Trajectory.Bombard.TargetSnapDistance controls the maximum distance in cells from intended target the projectile can be at moment of detonation to make the projectile ‘snap’ on the intended target. Set to 0 to disable snapping.

  • Trajectory.Bombard.TurningPointAnims, if set, will play an anim when the projectile reaches the turning point. If Trajectory.Bombard.FreeFallOnTarget is set to true, it’ll be spawned above the target with the projectile together. If Trajectory.Bombard.NoLaunch is set to true, it’ll be played at where the projectile falls, no matter if it’s free fall or not. If more than one animation is listed, a random one is selected.

  • Trajectory.Bombard.LeadTimeCalculate controls whether the projectile need to calculate the lead time of the target when firing. Note that this will not affect the facing of the turret.

  • The following tags further customize the projectile’s descending behaviors when Trajectory.Bombard.FreeFallOnTarget set to false.

    • Trajectory.Bombard.OffsetCoord controls the offsets of the target. Projectile will aim at this position to attack. It also supports Inaccurate=yes and Trajectory.Bombard.LeadTimeCalculate=true on this basis.

    • Trajectory.Bombard.RotateCoord controls whether to rotate the projectile’s firing direction within the angle bisector of Trajectory.Bombard.OffsetCoord according to the weapon’s Burst. Set to 0 to disable this function.

    • Trajectory.Bombard.MirrorCoord controls whether Trajectory.Bombard.OffsetCoord need to mirror the lateral value to adapt to the current burst index. At the same time, the rotation direction calculated by Trajectory.Bombard.RotateCoord will also be reversed, and the rotation angle between each adjacent projectile on each side will not change as a result.

    • Trajectory.Bombard.UseDisperseBurst controls whether the calculation of Trajectory.Bombard.RotateCoord is based on its superior’s Trajectory.Disperse.WeaponBurst of the dispersed trajectory, rather than Burst of the weapon. If this value is not appropriate, it will result in unsatisfactory visual displays.

    • Trajectory.Bombard.AxisOfRotation controls the rotation axis when calculating Trajectory.Bombard.RotateCoord. The axis will rotates with the unit orientation or the vector that from target position to the source position.

  • Trajectory.Bombard.SubjectToGround controls whether the projectile should explode when it hits the ground. Note that this will not make AI search for suitable attack locations.

In rulesmd.ini:

[SOMEPROJECTILE]                              ; Projectile
Trajectory=Bombard                            ; Trajectory type
Trajectory.Bombard.Height=0.0                 ; double
Trajectory.Bombard.FallPercent=1.0            ; double
Trajectory.Bombard.FallPercentShift=0.0       ; double
Trajectory.Bombard.FallScatter.Max=0.0        ; floating point value
Trajectory.Bombard.FallScatter.Min=0.0        ; floating point value
Trajectory.Bombard.FallScatter.Linear=false   ; boolean
Trajectory.Bombard.FreeFallOnTarget=true      ; boolean
Trajectory.Bombard.NoLaunch=false             ; boolean
Trajectory.Bombard.FallSpeed=0.0              ; double
Trajectory.Bombard.DetonationDistance=0.4     ; floating point value
Trajectory.Bombard.DetonationHeight=-1        ; integer
Trajectory.Bombard.EarlyDetonation=false      ; boolean
Trajectory.Bombard.TargetSnapDistance=0.5     ; floating point value
Trajectory.Bombard.TurningPointAnims=         ; List of AnimationTypes
Trajectory.Bombard.LeadTimeCalculate=false    ; boolean
Trajectory.Bombard.OffsetCoord=0,0,0          ; integer - Forward,Lateral,Height
Trajectory.Bombard.RotateCoord=0              ; floating point value
Trajectory.Bombard.MirrorCoord=true           ; boolean
Trajectory.Bombard.UseDisperseBurst=false     ; boolean
Trajectory.Bombard.AxisOfRotation=0,0,1       ; integer - Forward,Lateral,Height
Trajectory.Bombard.SubjectToGround=false      ; boolean

Parabola trajectory

• As the name says, this is a completely reset Arcing with different enhanced functions. Without doubt, It supported linkage with Trajectory=Disperse.

  • Trajectory.Parabola.DetonationDistance controls the maximum distance in cells from intended target (checked at start of each game frame, before the projectile moves) at which the projectile will be forced to detonate. Set to 0 to disable forced detonation. More specifically, when it is set to a negative value, if the target is movable, it will change its target to the cell where the target is located (This is a function expanded for Disperse and Airburst purposes).

  • Trajectory.Parabola.TargetSnapDistance controls the maximum distance in cells from intended target the projectile can be at moment of detonation to make the projectile ‘snap’ on the intended target. Set to 0 to disable snapping.

  • Trajectory.Parabola.OpenFireMode controls how should the projectile be launched. This has the following 6 modes.

    • Speed - Automatic calculation mode with fixed horizontal velocity, using Trajectory.Speed and target coordinates as calculation conditions, i.e. the flight time of the projectile is permanently fixed.

    • Height - Automatic calculation mode with fixed maximum height, useing Trajectory.Parabola.ThrowHeight and target coordinates as calculation conditions, i.e. the detonation time of the projectile is relatively fixed.

    • Angle - Automatic calculation mode with fixed fire angle, useing Trajectory.Parabola.LaunchAngle and target coordinates as calculation conditions. In this mode, the performance consumption is high, and may have no solution. It is not recommended to enable SubjectToCliffs or enable AA with a smaller MinimumRange when using this mode.

    • SpeedAndHeight - Fixed horizontal velocity and maximum height mode, using Trajectory.Speed and Trajectory.Parabola.ThrowHeight as calculation conditions, i.e. the trajectory will only undergo altitude changes with the height of the target.

    • HeightAndAngle - Fixed maximum height and fire angle mode, using Trajectory.Parabola.ThrowHeight and Trajectory.Parabola.LaunchAngle as calculation conditions, i.e. the trajectory will change horizontally with the height of the target.

    • SpeedAndAngle - Fixed horizontal velocity and fire angle mode, using Trajectory.Speed and Trajectory.Parabola.LaunchAngle as calculation conditions, i.e. the trajectory will be permanently fixed.

  • Trajectory.Parabola.ThrowHeight controls the maximum height of the projectile and is only used for modes 1, 3, or 4. The specific height will be determined by taking the larger of the launch height and the target height then increasing this value. Non positive numbers are not supported.

  • Trajectory.Parabola.LaunchAngle controls the fire angle of the projectile and is only used for modes 2, 4, or 5. Only supports -90.0 ~ 90.0 (Cannot use boundary values) in Mode 2 or 5, and 0.0 ~ 90.0 (Cannot use boundary values) in Mode 4.

  • Trajectory.Parabola.LeadTimeCalculate controls whether the projectile need to calculate the lead time of the target when firing. Note that this will not affect the facing of the turret.

  • Trajectory.Parabola.DetonationAngle controls when the angle between the projectile in the current velocity direction and the horizontal plane is less than this value, it will detonate prematurely. Taking effect when the value is at -90.0 ~ 90.0 (Cannot use boundary values).

  • Trajectory.Parabola.DetonationHeight controls when the projectile is in a descending state and below the height of the launch position plus this value, it will detonate prematurely. Taking effect when it is set to non negative value.

  • Trajectory.Parabola.BounceTimes controls how many times can it bounce back when the projectile hits the ground or cliff. Be aware that excessive projectile speed may cause abnormal operation. And Trajectory.Parabola.DetonationDistance do not conflict with this and will take effect simultaneously. So if you want to explode the bullet only after the times of bounces is exhausted, you should set Trajectory.Parabola.DetonationDistance to a non positive value.

    • Trajectory.Parabola.BounceOnWater controls whether it can bounce on the water surface.

    • Trajectory.Parabola.BounceDetonate controls whether it detonates the warhead once extra during each bounce.

    • Trajectory.Parabola.BounceAttenuation controls the attenuation coefficient of projectile bounce damage, that is, how many times the next damage after each bounce is the damage just caused. This will also affect the damage of the final detonation.

    • Trajectory.Parabola.BounceCoefficient controls the attenuation coefficient of projectile bounce elasticity, that is, how many times the speed after each bounce is the speed before bouncing.

  • Trajectory.Parabola.OffsetCoord controls the offsets of the target. Projectile will aim at this position to attack. It also supports Inaccurate=yes and Trajectory.Parabola.LeadTimeCalculate=true on this basis.

    • Trajectory.Parabola.RotateCoord controls whether to rotate the projectile’s firing direction within the angle bisector of Trajectory.Parabola.OffsetCoord according to the weapon’s Burst. Set to 0 to disable this function.

    • Trajectory.Parabola.MirrorCoord controls whether Trajectory.Parabola.OffsetCoord need to mirror the lateral value to adapt to the current burst index. At the same time, the rotation direction calculated by Trajectory.Parabola.RotateCoord will also be reversed, and the rotation angle between each adjacent projectile on each side will not change as a result.

    • Trajectory.Parabola.UseDisperseBurst controls whether the calculation of Trajectory.Parabola.RotateCoord is based on its superior’s Trajectory.Disperse.WeaponBurst of the dispersed trajectory, rather than Burst of the weapon. If this value is not appropriate, it will result in unsatisfactory visual displays.

    • Trajectory.Parabola.AxisOfRotation controls the rotation axis when calculating Trajectory.Parabola.RotateCoord. The axis will rotates with the unit orientation or the vector that from target position to the source position.

In rulesmd.ini:

[SOMEPROJECTILE]                                ; Projectile
Trajectory=Parabola                             ; Trajectory type
Trajectory.Parabola.DetonationDistance=0.4      ; floating point value
Trajectory.Parabola.TargetSnapDistance=0.5      ; floating point value
Trajectory.Parabola.OpenFireMode=Speed          ; ParabolaFireMode value enumeration (Speed|Height|Angle|SpeedAndHeight|HeightAndAngle|SpeedAndAngle)
Trajectory.Parabola.ThrowHeight=600             ; integer
Trajectory.Parabola.LaunchAngle=30              ; floating point value
Trajectory.Parabola.LeadTimeCalculate=no        ; boolean
Trajectory.Parabola.DetonationAngle=-90.0       ; floating point value
Trajectory.Parabola.DetonationHeight=-1         ; integer
Trajectory.Parabola.BounceTimes=0               ; integer
Trajectory.Parabola.BounceOnWater=no            ; boolean
Trajectory.Parabola.BounceDetonate=no           ; boolean
Trajectory.Parabola.BounceAttenuation=0.8       ; floating point value
Trajectory.Parabola.BounceCoefficient=0.8       ; floating point value
Trajectory.Parabola.OffsetCoord=0,0,0           ; integer - Forward,Lateral,Height
Trajectory.Parabola.RotateCoord=0               ; floating point value
Trajectory.Parabola.MirrorCoord=yes             ; boolean
Trajectory.Parabola.UseDisperseBurst=no         ; boolean
Trajectory.Parabola.AxisOfRotation=0,0,1        ; integer - Forward,Lateral,Height

Note

• Compared to vanilla Arcing, this can also be used for aircrafts and airburst weapon.

• Certainly, Gravity can also affect the trajectory.

Projectiles blocked by land or water

• It is now possible to make projectiles consider either land or water as obstacles that block their path by setting SubjectTo(Land/Water) to true, respectively. Weapons firing such projectiles will consider targets blocked by such obstacles as out of range and will attempt to reposition themselves so they can fire without being blocked by the said obstacles before firing and if SubjectTo(Land/Water).Detonate is set to true, the projectiles will detonate if they somehow manage to collide with the said obstacles.

  • Level=true projectiles detonate on tiles belonging to non-water tilesets by default, but will not consider such tiles as true obstacles. This behaviour can be overridden by setting these keys.

• As for SubjectToGround, if set it to true ,it will predict the height of the connecting straight line from the bullet’s source coordinates to target coordinates. If the predicted height is lower than the ground height of the current predicted position, the firer will also consider targets blocked by such obstacles as out of range and will attempt to reposition themselves. Due to technical reasons, this feature will not be effective for the Air Force and buildings. Technos attacking in OpenTopped=true vehicles will not be affected either.

In rulesmd.ini:

[SOMEPROJECTILE]              ; Projectile
SubjectToLand=                ; boolean
SubjectToLand.Detonate=true   ; boolean
SubjectToWater=               ; boolean
SubjectToWater.Detonate=true  ; boolean
SubjectToGround=false         ; boolean

Return weapon

• It is now possible to make another weapon & projectile go off from a detonated projectile (in somewhat similar manner to AirburstWeapon or ShrapnelWeapon) straight back to the firer by setting ReturnWeapon. If the firer perishes before the initial projectile detonates, ReturnWeapon is not fired off.

  • ReturnWeapon.ApplyFirepowerMult determines whether or not the auxiliary weapon’s damage should multiply the firer’s firepower multipliers.

In rulesmd.ini:

[SOMEPROJECTILE]                        ; Projectile
ReturnWeapon=                           ; WeaponType
ReturnWeapon.ApplyFirepowerMult=false   ; boolean

Super Weapons

AI Superweapon delay timer

• By default AI houses only process superweapon logic e.g checks if it can fire any superweapons firing them at randomized intervals of 106 to 112 game frames. This behaviour can now be customized by setting explicit delay, or disabling it entirely. Values of 0 and below disable the delay and cause AI houses to check superweapons on every game frame.

In rulesmd.ini:

[General]
AISuperWeaponDelay=  ; integer, game frames

Convert TechnoType

• Warheads can now change TechnoTypes of affected units to other Types in the same category (infantry to infantry, vehicles to vehicles, aircraft to aircraft).

  • ConvertN.From (where N is 0, 1, 2…) specifies which TechnoTypes are valid for conversion. This entry can have many types listed, meanging that many types will be converted at once. When no types are included, conversion will affect all valid targets.

  • ConvertN.To specifies the TechnoType which is the result of conversion.

  • ConvertN.AffectedHouses specifies whose units can be converted.

  • Convert.From, Convert.To and Convert.AffectedHouses (without numbers) are a valid alternative to Convert0.From, Convert0.To and Convert0.AffectedHouses if only one pair is specified.

  • Conversion affects all existing units of set TechnoTypes, this includes units in: transports, occupied buildings, buildings with InfantryAbsorb=yes or UnitAbsorb=yes, buildings with Bunker=yes.

In example, this superweapon would convert all owned and friendly SOLDIERA and SOLDIERB to NEWSOLDIER:

[ExampleSW]
Convert.From=SOLDIERA,SOLDIERB
Convert.To=NEWSOLDIER
Convert.AffectedHouses=team

In rulesmd.ini:

[SOMESW]                        ; SuperWeaponType
ConvertN.From=                  ; List of TechnoTypes
ConvertN.To=                    ; TechnoType
ConvertN.AffectedHouses=owner   ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
; where N = 0, 1, 2, ...
; or
Convert.From=                   ; List of TechnoTypes
Convert.To=                     ; TechnoType
Convert.AffectedHouses=owner    ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

Warning

This feature has the same limitations as Ares’ Type Conversion. This feature does not support BuildingTypes.

Warning

This feature requires Ares 3.0 or higher to function! When Ares 3.0+ is not detected, not all properties of a unit may be updated.

Customize SuperWeapon TabIndex

• You can now assign a Super Weapon’s cameo to any sidebar tab using TabIndex.

  • Valid values are: 0 (buildings tab), 1 (arsenal tab), 2 (infantry tab), 3 (vehicle tab).

In rulesmd.ini:

[SOMESW]    ; SuperWeaponType
TabIndex=1  ; integer

EMPulse settings

• It is possible to customize which weapon a building with EMPulseCannon=true fires when an associated Type=EMPulse superweapon (only if EMPulse.TargetSelf=false or omitted) is fired by setting EMPulse.WeaponIndex.

  • Note that if you fire another Type=EMPulse superweapon with different weapon index that the same building is capable of launching before the first weapon was fired, the latter superweapon’s settings will take precedence.

  • Additionally, due to technical limitations the targeting constraints will always default to primary weapon’s Range/MinimumRange unless SW.RangeMinimum / SW.RangeMaximum are explicitly set.

• Is is now also possible to have all other Type=EMPulse superweapons that can be fired by same buildings as current one be put on hold until first of the buildings currently set to fire goes off if the firing superweapon has EMPulse.SuspendOthers=true.

In rulesmd.ini:

[SOMESW]                     ; SuperWeaponType
EMPulse.WeaponIndex=0        ; integer, weapon slot index
EMPulse.SuspendOthers=false  ; boolean

Note

Type=EMPulse superweapon and any associated keys are Ares features.

LimboDelivery

• Superweapons can now deliver off-map buildings that act as if they were on the field.

  • LimboDelivery.Types is the list of BuildingTypes that will be created when the Superweapons fire. Superweapon Type and coordinates do not matter.

  • LimboDelivery.IDs is the list of numeric IDs that will be assigned to buildings. Necessary for LimboKill to work.

• Created buildings are not affected by any on-map threats. The only way to remove them from the game is by using a Superweapon with LimboKill.IDs set.

  • LimboKill.Affected sets which houses are affected by this feature.

  • LimboKill.IDs lists IDs that will be targeted. Buildings with these IDs will be removed from the game instantly.

• Delivery can be made random with these optional tags. The game will randomly choose only a single building from the list for each roll chance provided.

  • LimboDelivery.RollChances lists chances of each “dice roll” happening. Valid values range from 0% (never happens) to 100% (always happens). Defaults to a single sure roll.

  • LimboDelivery.RandomWeightsN lists the weights for each “dice roll” that increase the probability of picking a specific building. Valid values are 0 (don’t pick) and above (the higher value, the bigger the likelyhood). RandomWeights are a valid alias for RandomWeights0. If a roll attempt doesn’t have weights specified, the last weights will be used.

Note

• This feature might not support every building flag. Flags that are confirmed to work correctly are listed below:

  • FactoryPlant

  • OrePurifier

  • SpySat

  • KeepAlive (Ares 3.0)

  • Prerequisite, PrerequisiteOverride, Prerequisite.List# (Ares 0.1), Prerequisite.Negative (Ares 0.1), GenericPrerequisites (Ares 0.1)

  • SuperWeapon, SuperWeapon2, SuperWeapons (Ares 0.9), SW.AuxBuildings (Ares 0.9), SW.NegBuildings (Ares 0.9)

• In order for this feature to work with AITriggerTypes conditions (“Owning house owns ???” and “Enemy house owns ???”), LegalTarget must be set to true.

In rulesmd.ini:

[SOMESW]                        ; SuperWeaponType
LimboDelivery.Types=            ; List of BuildingTypes
LimboDelivery.IDs=              ; List of numeric IDs. -1 cannot be used.
LimboDelivery.RollChances=      ; List of percentages.
LimboDelivery.RandomWeightsN=   ; List of integers.
LimboKill.Affected=self         ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
LimboKill.IDs=                  ; List of numeric IDs.

Warning

Remember that Limbo Delivered buildings don’t exist physically! This means they should never have enabled machanics that require interaction with the game world (i.e. factories, cloning vats, service depots, helipads). They also should have either KeepAlive=no set or be killable with LimboKill - otherwise the game might never end.

Next

Use SW.Next to link multiple ChronoSphere and ChronoWarp superweapons into a chained SuperWeapon system in Cylearun

• Superweapons can now launch other superweapons at the same target. Launched types can be additionally randomized using the same rules as with LimboDelivery (see above).

  • SW.Next.RealLaunch controls whether the owner who fired the initial superweapon must own all listed superweapons and sufficient funds to support Money.Amout. Otherwise they will be launched forcibly.

  • SW.Next.IgnoreInhibitors ignores SW.Inhibitors/SW.AnyInhibitor of each superweapon, otherwise only non-inhibited superweapons are launched.

  • SW.Next.IgnoreDesignators ignores SW.Designators / SW.AnyDesignator respectively.

In rulesmd.ini:

[SOMESW]                        ; SuperWeaponType
SW.Next=                        ; List of SuperWeaponTypes
SW.Next.RealLaunch=true         ; boolean
SW.Next.IgnoreInhibitors=false  ; boolean
SW.Next.IgnoreDesignators=true  ; boolean
SW.Next.RollChances=            ; List of percentages.
SW.Next.RandomWeightsN=         ; List of integers.

Warhead or Weapon detonation at target cell

• Any superweapon can now detonate a Warhead or a weapon at superweapon’s target cell.

  • If both Detonate.Warhead and Detonate.Weapon are set, latter takes precedence.

  • Detonate.Warhead.Full customizes whether or not the Warhead is detonated fully (as part of a dummy weapon) or simply deals area damage and applies Phobos’ Warhead effects.

  • Detonate.Damage, if not set, defaults to weapon Damage for Detonate.Weapon and 0 for Detonate.Warhead.

  • Both the weapon and Warhead behave as if fired by whatever building fired the Superweapon. This respects controls like SW.RangeMinimum/Maximum (similar to Ares’ GenericWarhead superweapon in this regard). If firing building could not be found, the house the Superweapon belonged to is still used to deal damage and apply Phobos-introduced Warhead effects.

  • If Detonate.AtFirer is set to true, the weapon or Warhead is detonated at the firing building instead of the superweapon’s target cell. If there is no firer, no detonation will occur.

In rulesmd.ini:

[SOMESW]                    ; SuperWeaponType
Detonate.Warhead=           ; WarheadType
Detonate.Warhead.Full=true  ; boolean
Detonate.Weapon=            ; WeaponType
Detonate.Damage=            ; integer
Detonate.AtFirer=false      ; boolean

Technos

Aggressive attack move mission

• AttackMove.Aggressive allows your technos to attack the enemy’s unarmed buildings more aggressively when in attack move mission (Ctrl+Shift).

• AttackMove.UpdateTarget allows your technos to automatically change and select a higher threat target when in attack move mission (Ctrl+Shift).

In rulesmd.ini:

[General]
AttackMove.Aggressive=false    ; boolean
AttackMove.UpdateTarget=false  ; boolean

[SOMETECHNO]                   ; TechnoType
AttackMove.Aggressive=         ; boolean, default to [General] -> AttackMove.Aggressive
AttackMove.UpdateTarget=       ; boolean, default to [General] -> AttackMove.UpdateTarget

Aircraft spawner customizations

Limited pursue range for spawns in Fantasy ADVENTURE

• If Spawner.LimitRange is set, the spawned units will abort their pursuit if the enemy is out of the range of the largest weapon Range of a Spawner=true weapon of the spawner.

  • Spawner.ExtraLimitRange adds extra pursuit range on top of the weapon range.

• Spawner.DelayFrames can be used to set the minimum number of game frames in between each spawn ejecting from the spawner. By default this is 9 frames for missiles and 20 for everything else.

• If Spawner.AttackImmediately is set to true, spawned aircraft will assume attack mission immediately after being spawned instead of waiting for the remaining aircraft to spawn first.

• Spawner.UseTurretFacing, if set, makes spawned aircraft face the same way as turret does upon being created if the spawner has a turret.

• Spawner.RecycleRange defines the range (in cell) that the spawned is considered close enough to the spawner to be recycled.

• Spawner.RecycleAnim can be used to play an anim on the spawned location when it is recycled.

• Spawner.RecycleCoord defines the relative position to the carrier that the spawned aircraft will head to.

  • Spawner.RecycleOnTurret defines if the FLH is relative to the turret rather than the body.

In rulesmd.ini:

[SOMETECHNO]                       ; TechnoType
Spawner.LimitRange=false           ; boolean
Spawner.ExtraLimitRange=0          ; integer, range in cells
Spawner.DelayFrames=               ; integer, game frames
Spawner.AttackImmediately=false    ; boolean
Spawner.UseTurretFacing=false      ; boolean
Spawner.RecycleRange=-1            ; float, range in cells
Spawner.RecycleAnim=               ; Animation
Spawner.RecycleCoord=0,0,0         ; integer - Forward,Lateral,Height
Spawner.RecycleOnTurret=false      ; boolean

Note

If you set recycle FLH, it is best to set a recycle range of at least 0.5 at the same time. Otherwise, the spawner may not recycle correctly.

Automatic passenger deletion

• Transports can erase passengers over time. Passengers are deleted in order of entering the transport, from first to last.

  • PassengerDeletion.Rate determines the interval in game frames that it takes to erase a single passenger.

    • If PassengerDeletion.Rate.SizeMultiply is set to true, this time interval is multiplied by the passenger’s Size.

  • PassengerDeletion.UseCostAsRate, if set to true, changes the time interval for erasing a passenger to be based on the passenger’s Cost. This does not factor in modifiers like FactoryPlant.

    • PassengerDeletion.CostMultiplier can be used to modify the cost-based time interval.

    • PassengerDeletion.CostRateCap can be used to set a cap to the cost-based time interval.

  • PassengerDeletion.AllowedHouses determines which houses passengers can belong to be eligible for deletion.

  • PassengerDeletion.DontScore, if set to true, makes it so that the deleted passengers are not counted as having been killed by the transport (no experience, not recorded towards owning house’s score etc).

  • If PassengerDeletion.Soylent is set to true, an amount of credits is refunded to the owner of the transport. The exact amount refunded is determined by the passengers Soylent, or if not set, its Cost (this is affected by modifiers such as FactoryPlant).

    • PassengerDeletion.SoylentMultiplier is a direct multiplier applied to the refunded amount of credits.

    • PassengerDeletion.SoylentAllowedHouses determines which houses passengers can belong to be eligible for refunding.

    • PassengerDeletion.DisplaySoylent can be set to true to display the amount of credits refunded on the transport. PassengerDeletion.DisplaySoylentToHouses determines which houses can see this and PassengerDeletion.DisplaySoylentOffset can be used to adjust the display offset.

  • PassengerDeletion.ReportSound and PassengerDeletion.Anim can be used to specify a sound and animation to play when a passenger is erased, respectively.

  • If PassengerDeletion.UnderEMP is set to true, the deletion will be processed when the transport is under EMP or deactivated.

In rulesmd.ini:

[SOMETECHNO]                                    ; TechnoType
PassengerDeletion.Rate=0                        ; integer, game frames
PassengerDeletion.Rate.SizeMultiply=true        ; boolean
PassengerDeletion.UseCostAsRate=false           ; boolean
PassengerDeletion.CostMultiplier=1.0            ; floating point value, percents or absolute
PassengerDeletion.CostRateCap=                  ; integer, game frames
PassengerDeletion.AllowedHouses=all             ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
PassengerDeletion.DontScore=false               ; boolean
PassengerDeletion.Soylent=false                 ; boolean
PassengerDeletion.SoylentMultiplier=1.0         ; float, percents or absolute
PassengerDeletion.SoylentAllowedHouses=enemies  ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
PassengerDeletion.DisplaySoylent=false          ; boolean
PassengerDeletion.DisplaySoylentToHouses=All    ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
PassengerDeletion.DisplaySoylentOffset=0,0      ; X,Y, pixels relative to default
PassengerDeletion.ReportSound=                  ; Sound entry
PassengerDeletion.Anim=                         ; AnimationType
PassengerDeletion.UnderEMP=false                ; boolean

Automatic passenger owner change to match transport owner

• Transports with Passengers.SyncOwner set to true will have the owner of their passengers changed to match the transport if transport’s owner changes.

  • On OpenTopped=true transports this will also disable checks that prevent target acquisition by passengers when the transport is temporarily mind controlled.

  • Passengers.SyncOwner.RevertOnExit, if set to true (which is the default), changes the passengers’ owner back to whatever it was originally when they entered the transport when they are ejected.

  • Does not work on passengers acquired through use of Abductor=true weapon (Ares feature).

In rulesmd.ini:

[SOMETECHNO]                            ; TechnoType
Passengers.SyncOwner=false              ; boolean
Passengers.SyncOwner.RevertOnExit=true  ; boolean

Automatically firing weapons

• You can now make TechnoType automatically fire its weapon(s) without having to scan for suitable targets by setting AutoFire, on either its base cell (in which case the weapon that is used for force-firing is used) or itself (in which case normal targeting and weapon selection rules and are respected) depending on if AutoFire.TargetSelf is set or not.

In rulesmd.ini:

[SOMETECHNO]               ; TechnoType
AutoFire=false             ; boolean
AutoFire.TargetSelf=false  ; boolean

Build limit group

• You can now make different technos share build limit in a group.

• BuildLimitGroup.Types determines the technos that’ll be used for build limit conditions of the selected techno. Note that the limit won’t be applied to technos in the list. To do this, you’ll have to manually define the limit per techno.

• BuildLimitGroup.Nums determines the amount of technos that would reach the build limit. If using a single integer, it’ll use the sum of all technos in the group to calculate build limit. If using a list of integers with the same size of BuildLimitGroup.Types, it’ll calculate build limit per techno with value matching the position in BuildLimitGroup.Types is used for that type.

• BuildLimitGroup.Factor determines each of this techno instance will count as what value when calculating build limit.

  • This is only used by BuildLimitGroup. No other place will use it when counting owned objects, including BuildLimitGroup.ExtraLimit.

• BuildLimitGroup.ContentIfAnyMatch determines the rule of calculating build limit per techno. If set to true, build limit will be content if the amount of any techno in the group reaches its BuildLimitGroup.Nums value. If set to false, then it’ll only be content if the amount of all technos in the group reached.

• BuildLimitGroup.NotBuildableIfQueueMatch determines the moment to stop the techno’s production. If set to true, its production will be stopped once the condition is content by the sum of real technos and technos in production queue. If set to false, it’ll only be stopped when the condition is content by real technos.

• You can also add an extra value into BuildLimitGroup.Nums, determined by the amount of specific technos owned by its house.

  • BuildLimitGroup.ExtraLimit.Types determines the technos that’ll be used for extra value calculation.

  • BuildLimitGroup.ExtraLimit.Nums determines the actual value of increment. Value matching the position in BuildLimitGroup.ExtraLimit.Types is used for that type. For each of these technos, it’ll increase the extra value by its amount * corresponding value from the list.

  • BuildLimitGroup.ExtraLimit.MaxCount determines the maximum amount of technos being counted into the extra value calculation. Value matching the position in BuildLimitGroup.ExtraLimit.Types is used for that type. If not set or set to a value below 1, it’ll be considered as no maximum count.

  • BuildLimitGroup.ExtraLimit.MaxNum determines the maximum of values in BuildLimitGroup.Nums after extra limit calculation. If not set or set to a value below 1, it’ll be considered as no maximum value.

In rulesmd.ini:

[SOMETECHNO]                                    ; TechnoType
BuildLimitGroup.Types=                          ; List of TechnoTypes
BuildLimitGroup.Nums=                           ; integer, or a List of integers
BuildLimitGroup.Factor=1                        ; integer
BuildLimitGroup.ContentIfAnyMatch=false         ; boolean
BuildLimitGroup.NotBuildableIfQueueMatch=false  ; boolean
BuildLimitGroup.ExtraLimit.Types=               ; List of TechnoTypes
BuildLimitGroup.ExtraLimit.Nums=                ; List of integers
BuildLimitGroup.ExtraLimit.MaxCount=            ; List of integers
BuildLimitGroup.ExtraLimit.MaxNum=0             ; integer

Convert TechnoType on owner house change

• You can now change a unit’s type when changing ownership from human to computer or from computer to human.

In rulesmd.ini:

[SOMETECHNO]                ; TechnoType
Convert.HumanToComputer=    ; TechnoType
Convert.ComputerToHuman=    ; TechnoType

Custom tint on TechnoTypes

• A tint effect similar to that used by Iron Curtain / Force Shield or Psychedelic=true Warheads can be applied to TechnoTypes naturally by setting Tint.Color and/or Tint Intensity.

  • Tint.Intensity is additive lighting increase/decrease - 1.0 is the default object lighting.

  • Tint.VisibleToHouses can be used to customize which houses can see the tint effect.

  • Tint effects can also be applied by attached effects and on shields.

In rulesmd.ini:

[SOMETECHNO]              ; TechnoType
Tint.Color=               ; integer - R,G,B
Tint.Intensity=0.0        ; floating point value
Tint.VisibleToHouses=all  ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

Customizable OpenTopped properties

• You can now override global OpenTopped transport properties per TechnoType.

• OpenTopped.IgnoreRangefinding can be used to disable OpenTopped transport rangefinding behaviour where smallest weapon range between transport and all passengers is used when approaching targets that are out of range and when scanning for potential targets.

• OpenTopped.AllowFiringIfDeactivated can be used to customize whether or not passengers can fire out when the transport is deactivated (EMP, powered unit etc).

• OpenTopped.ShareTransportTarget controls whether or not the current target of the transport itself is passed to the passengers as well.

[SOMETECHNO]                              ; TechnoType
OpenTopped.RangeBonus=                    ; integer, override of the global default
OpenTopped.DamageMultiplier=              ; floating point value, override of the global default
OpenTopped.WarpDistance=                  ; integer, override of the global default
OpenTopped.IgnoreRangefinding=false       ; boolean
OpenTopped.AllowFiringIfDeactivated=true  ; boolean
OpenTopped.ShareTransportTarget=true      ; boolean

Customizable spawns queue

• It is now possible to spawn multiple types of spawnees from a spawner with Spawns.Queue. The order of spawnees in this queue is the order of their respawn.

  • Spawns still needs to be set to enable the spawner logic and act as a default spawnee.

  • SpawnsNumber still needs to be set to determine the amount of spawnee slots.

  • If the length of the queue is longer than the spawner’s SpawnsNumber, spawnee after this length will be omitted. If the length is shorter however, the rest of the positions will be filled by the spawnee defined by Spawns. Hence, it’s recommended to make them the same.

In rulesmd.ini:

[SOMETECHNO]        ; TechnoType
Spawns.Queue=       ; List of AircraftTypes, in order

Warning

Note that all spawnees in a queue should have MissileSpawn set to the same value (all to true or false). Mixing them will make missile spawnees can’t hit their targets.

Customize EVA voice and SellSound when selling units

• When a building or a unit is sold, a sell sound as well as an EVA is played to the owner. These configurations have been deglobalized.

  • EVA.Sold is used to customize the EVA voice when selling, default to EVA_StructureSold for buildings and EVA_UnitSold for vehicles.

  • SellSound is used to customize the report sound when selling, default to [AudioVisual] -> SellSound. Note that vanilla game played vehicles’ SellSound globally. This has been changed in consistency with buildings’ SellSound.

In rulesmd.ini:

[SOMETECHNO]    ; BuildingType or VehicleType
EVA.Sold=       ; EVA entry
SellSound=      ; Sound entry

Disabling fallback to (Elite)Secondary weapon

• It is now possible to disable the fallback to (Elite)Secondary weapon from (Elite)Primary weapon if it cannot fire at the chosen target by setting NoSecondaryWeaponFallback to true (defaults to false). NoSecondaryWeaponFallback.AllowAA controls whether or not fallback because of projectile AA setting and target being in air is still allowed. This does not apply to special cases where (Elite)Secondary weapon is always chosen, including but not necessarily limited to the following:

  • OpenTransportWeapon=1 on an unit firing from inside OpenTopped=true transport.

  • NoAmmoWeapon=1 on an unit with Ammo value higher than 0 and current ammo count lower or equal to NoAmmoAmount.

  • Deployed IsSimpleDeployer=true units with DeployFireWeapon=1 set or omitted.

  • DrainWeapon=true weapons against enemy Drainable=yes buildings.

  • Units with IsLocomotor=true set on Warhead of (Elite)Primary weapon against buildings.

  • Weapons with ElectricAssault=true set on Warhead against Overpowerable=true buildings belonging to owner or allies.

  • Overpowerable=true buildings that are currently overpowered.

  • Any system using (Elite)WeaponX, f.ex Gunner=true or IsGattling=true is also wholly exempt.

In rulesmd.ini:

[SOMETECHNO]                             ; TechnoType
NoSecondaryWeaponFallback=false          ; boolean
NoSecondaryWeaponFallback.AllowAA=false  ; boolean

Disguise logic additions (disguise-based movement speed, disguise blinking visibility)

• DisguiseBlinkingVisibility can be used to customize which players can see disguises blinking on units. This does not affect targeting but does affect veterancy insignia visibility - blinking disguise means the original unit’s insignia is visible always instead of disguise’s.

  • Another thing to note is that in singleplayer missions, for purposes of the disguise blinking, disguised objects owned by any player-controlled houses are also considered to be owned by the current player even if they are not allied, meaning players are always able to see their disguises blinking unless DisguiseBlinkingVisibility is set to none or enemies.

• UseDisguiseMovementSpeed, if set, makes disguised unit adjust its movement speed to match that of the disguise, if applicable. Note that this applies even when the disguise is revealed, as long as it has not been removed.

In rulesmd.ini:

[General]
DisguiseBlinkingVisibility=owner  ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

[SOMETECHNO]                      ; TechnoType
UseDisguiseMovementSpeed=false    ; boolean

Extended gattling rate down logic

• Now you can customize some effects of RateDown.

  • RateDown.Delay controls the delay before using RateDown to reduce the gattling value.

  • RateDown.Reset controls whether to reset the gattling value directly when the techno has no target or changes targets.

  • RateDown.Cover.Value replaces the original RateDown when techno’s ammo is lower than RateDown.Cover.AmmoBelow.

In rulesmd.ini:

[SOMETECHNO]                  ; TechnoType, with IsGattling=yes
RateDown.Delay=0              ; integer, game frames
RateDown.Reset=false          ; boolean
RateDown.Cover.Value=0        ; integer
RateDown.Cover.AmmoBelow=-2   ; integer

Firing offsets for specific Burst shots

• You can now specify separate firing offsets for each of the shots fired by weapon with Burst via using (Elite)(Prone/Deployed)PrimaryFire|SecondaryFire|WeaponX|FLH.BurstN keys, depending on which weapons your TechnoType makes use of. N in BurstN is zero-based burst shot index, and the values are parsed sequentially until no value for either regular or elite weapon is present, with elite weapon defaulting to regular weapon FLH if only it is missing. If no burst-index specific value is available, value from the base key (f.ex PrimaryFireFLH) is used.

• Burst-index specific firing offsets are absolute firing offsets and the lateral shifting based on burst index that occurs with the base firing offsets is not applied.

In artmd.ini:

[SOMETECHNO]    ; TechnoType Image
FLHKEY.BurstN=  ; integer - Forward,Lateral,Height. FLHKey refers to weapon-specific FLH key name and N is zero-based burst shot index.

Forcing specific weapon against certain targets

Naval underwater target behavior with ForceWeapon.Naval.Decloaked in C&C: Reloaded

Enemy behavior against EMP targets with ForceWeapon.UnderEMP in C&C: Reloaded

• Can be used to override normal weapon selection logic to force specific weapons to use against certain targets. If multiple are set and target satisfies the conditions, the first one in listed order satisfied takes effect.

  • ForceWeapon.Naval.Decloaked forces specified weapon to be used against uncloaked naval targets. Useful if your naval unit has one weapon only for underwater and another weapon for surface targets.

  • ForceWeapon.Cloaked forces specified weapon to be used against any cloaked targets.

  • ForceWeapon.Disguised forces specified weapon to be used against any disguised targets.

  • ForceWeapon.UnderEMP forces specified weapon to be used if the target is under EMP effect.

  • ForceWeapon.InRange forces specified a list of weapons to be used once the target is within their Range. The first weapon in the listed order satisfied will be selected. Can be applied to both ground and air target if ForceAAWeapon.InRange is not set.

    • ForceAAWeapon.InRange does the same thing but only for air target. Taking priority to ForceWeapon.InRange, which means that it can only be applied to ground target when they’re both set.

    • Force(AA)Weapon.InRange.Overrides overrides the range when decides which weapon to use. Value from position matching the position from Force(AA)Weapon.InRange is used if found, or the weapon’s own Range if not found or set to a value below 0.

    • If Force(AA)Weapon.InRange.ApplyRangeModifiers is set to true, any applicable weapon range modifiers from the firer are applied to the decision range.

In rulesmd.ini:

[SOMETECHNO]                                    ; TechnoType
ForceWeapon.Naval.Decloaked=-1                  ; integer. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceWeapon.Cloaked=-1                          ; integer. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceWeapon.Disguised=-1                        ; integer. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceWeapon.UnderEMP=-1                         ; integer. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceWeapon.InRange=                            ; List of integers. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceWeapon.InRange.Overrides=                  ; List of floating-point values
ForceWeapon.InRange.ApplyRangeModifiers=false   ; boolean
ForceAAWeapon.InRange=                          ; List of integers. 0 for primary weapon, 1 for secondary weapon, -1 to disable
ForceAAWeapon.InRange.Overrides=                ; List of floating-point values
ForceAAWeapon.InRange.ApplyRangeModifiers=false ; boolean

Note

Specifically, if a position has Force(AA)Weapon.InRange set to -1 and Force(AA)Weapon.InRange.Overrides set to a positive value, it’ll use default weapon selection logic once satisfied.

Initial spawns number

• It is now possible to set the initial amount of spawnees for a spawner, instead of always being filled. Won’t work if it’s larger than SpawnsNumber.

In rulesmd.ini:

[SOMETECHNO]              ; TechnoType
InitialSpawnsNumber=      ; integer

Initial strength for TechnoTypes and cloned infantry

Initial strength for cloned infantry example in C&C: Reloaded

• InitialStrength can be used to set how many hitpoints a TechnoType starts with.

• InitialStrength.Cloning can be used to specify a percentage of hitpoints (single value or a range from which a random value is picked) cloned infantry produced by Cloning=true building start with.

In rulesmd.ini:

[SOMETECHNO]              ; TechnoType
InitialStrength=          ; integer

[SOMEBUILDING]            ; BuildingType
InitialStrength.Cloning=  ; floating point value - single or comma-sep. range (percentages)

Note

Both InitialStrength and InitialStrength.Cloning never surpass the type’s Strength, even if your values are bigger than it.

Kill Object Automatically

• Objects can be destroyed automatically if any of these conditions is met:

  • OnAmmoDepletion: The object will die if the remaining ammo reaches 0.

  • AfterDelay: The object will die if the countdown (in frames) reaches 0.

  • TechnosExist / TechnosDontExist: The object will die if TechnoTypes exist or do not exist, respectively.

    • Technos(Dont)Exist.Any controls whether or not a single listed TechnoType is enough to satisfy the requirement or if all are required.

    • Technos(Dont)Exist.AllowLimboed controls whether or not limboed TechnoTypes (f.ex those in transports) are counted.

    • Technos(Dont)Exist.Houses controls which houses are checked.

• The auto-death behavior can be chosen from the following:

  • kill: The object will be destroyed normally.

  • vanish: The object will be directly removed from the game peacefully instead of actually getting killed.

  • sell: If the object is a building with buildup, it will be sold instead of destroyed.

If this option is not set, the self-destruction logic will not be enabled. AutoDeath.VanishAnimation can be set to animation to play at object’s location if vanish behaviour is chosen.

Note

Please notice that if the object is a unit which carries passengers, they will not be released even with the kill option if you are not using Ares 3.0+.

This logic also supports buildings delivered by LimboDelivery. However in this case, all AutoDeath.Behavior values produce identical result where the building is simply deleted.

In rulesmd.ini:

[SOMETECHNO]                                   ; TechnoType
AutoDeath.Behavior=                            ; enumeration (kill | vanish | sell), default not set
AutoDeath.VanishAnimation                      ; AnimationType
AutoDeath.OnAmmoDepletion=no                   ; boolean
AutoDeath.AfterDelay=0                         ; positive integer
AutoDeath.TechnosDontExist=                    ; List of TechnoTypes
AutoDeath.TechnosDontExist.Any=false           ; boolean
AutoDeath.TechnosDontExist.AllowLimboed=false  ; boolean
AutoDeath.TechnosDontExist.Houses=owner        ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
AutoDeath.TechnosExist=                        ; List of TechnoTypes
AutoDeath.TechnosExist.Any=true                ; boolean
AutoDeath.TechnosExist.AllowLimboed=false      ; boolean
AutoDeath.TechnosExist.Houses=owner            ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

Mind Control enhancement

Mind Control Range Limit used in Fantasy ADVENTURE Multiple Mind Control unit auto-releases the first victim in Fantasy ADVENTURE

• Mind controllers now can have the upper limit of the control distance. Tag values greater than 0 will activate this feature.

• Mind controllers now can decide which house can see the link drawn between itself and the controlled units.

• Mind controllers with multiple controlling slots can now release the first controlled unit when they have reached the control limit and are ordered to control a new target.

In rulesmd.ini:

[SOMETECHNO]                          ; TechnoType
MindControlRangeLimit=-1.0            ; floating point value
MindControlLink.VisibleToHouse=all    ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
MultiMindControl.ReleaseVictim=false  ; boolean

No Manual Move

• You can now specify whether a TechnoType is unable to receive move command.

• Set this to true on a building with UndeploysInto set could prevent it from undeploying when setting the rally point.

In rulesmd.ini:

[SOMETECHNO]        ; TechnoType
NoManualMove=false  ; boolean

Note

Note that you can still undeploy the building by using a BuildingUndeploy=true warhead or by setting a rally point and selling it.

No rearm and reload in EMP or temporal

• Now you can make technos unable to rearm and reload when they are in EMP or locked by a temporal weapon. Defaults to values in [General]. This will not affect the reloading of the airport aircraft.

In rulesmd.ini:

[General]
NoRearm.UnderEMP=false   ; boolean
NoRearm.Temporal=false   ; boolean
NoReload.UnderEMP=false  ; boolean
NoReload.Temporal=false  ; boolean

[SOMETECHNO]             ; TechnoType
NoRearm.UnderEMP=        ; boolean
NoRearm.Temporal=        ; boolean
NoReload.UnderEMP=       ; boolean
NoReload.Temporal=       ; boolean

Overload characteristic dehardcoded

• It is now possible to customize Overload behaviors for a TechnoType with InfiniteMindControl=yes weapon.

In rulesmd.ini:

[SOMETECHNO]                  ; TechnoType
Overload.Count=               ; List of integers, default to [CombatDamage] -> OverloadCount
Overload.Damage=              ; List of integers, default to [CombatDamage] -> OverloadDamage
Overload.Frames=              ; List of integers, default to [CombatDamage] -> OverloadFrames
Overload.DeathSound=          ; Sound entry, default to [AudioVisual] -> MasterMindOverloadDeathSound
Overload.ParticleSys=         ; ParticleSystemType, default to [CombatDamage] -> DefaultSparkSystem
Overload.ParticleSysCount=5   ; integer

Promoted Spawns

Promoted Spawns in Fantasy ADVENTURE

• The spawned units will promote as their owner’s veterancy.

In rulesmd.ini:

[SOMETECHNO]                 ; TechnoType
Promote.IncludeSpawns=false  ; boolean

Promotion animation

• You can now specify an animation on the unit or structure promotion.

  • Promote.VeteranAnimation is used when unit or structure is promoted to veteran. If this is set for a TechnoType, it’ll override the global setting in [AudioVisual].

  • Promote.EliteAnimation is used when unit or structure is promoted to elite. If this is set for a TechnoType, it’ll override the global setting in [AudioVisual].

  • If Promote.EliteAnimation is not defined, Promote.VeteranAnimation will play instead when unit or structure is promoted to elite.

In rulesmd.ini:

[AudioVisual]
Promote.VeteranAnimation=         ; AnimationType
Promote.EliteAnimation=           ; AnimationType

[SOMETECHNO]
Promote.VeteranAnimation=         ; AnimationType, default to Promote.VeteranAnimation in [AudioVisual]
Promote.EliteAnimation=           ; AnimationType, default to Promote.EliteAnimation in [AudioVisual]

Raise alert when technos are taking damage

• In Vanilla, non-building technos will not generate radar events or EVAs when attacked, so players can hardly notice them until they are destroyed. You can now receive a radar event (and optionally a sound effect) when your units is attacked, so you can respond to the combats in time.

• [AudioVisual] -> CombatAlert is a global switch, set it to true to enable the entire logic.

• These flags controlls when to trigger a combat alert.

  • You can disable this logic on specific techno by setting [TechnoType] -> CombatAlert to false, which default to [AudioVisual] -> CombatAlert.Default. If CombatAlert.Default is also empty, it is defaultly disabled for technos with Insignificant=yes or Spawned=yes.

  • [AudioVisual] -> CombatAlert.IgnoreBuilding will turn the logic off on buildings. You can override it for specific building by setting [TechnoType] -> CombatAlert.NotBuilding to true. You may hope to use it on veh-buildings.

  • [AudioVisual] -> CombatAlert.SuppressIfInScreen decides whether to disable the logic for the units in the current screen.

  • [AudioVisual] -> CombatAlert.Interval decides the time interval (in frames) between alerts, to prevent the alert from being anonying. It is default to 150 frames.

  • [AudioVisual] -> CombatAlert.SuppressIfAllyDamage decides whether to disable the logic for the damage from allys.

  • Technos hitted by a warhead with [WarheadType] -> CombatAlert.Suppress setted to true will not raise a radar event or EVA. This flag is default to the logical or of inverse value of ares flag [WarheadType] -> Malicious and [WarheadType] -> Nonprovocative.

• And the following flags controlls the effect of a combat alert.

  • [AudioVisual] -> CombatAlert.MakeAVoice decides whether to play some sound effect with the combat alert. Set it to true will enable the following flags, otherwise they will be ignored.

  • [TechnoType] -> CombatAlert.UseFeedbackVoice decides whether to use the sound defined by VoiceFeedback. Default to [AudioVisual] -> CombatAlert.UseFeedbackVoice.

  • [TechnoType] -> CombatAlert.UseAttackVoice decides whether to use the sound defined by VoiceAttack. Default to [AudioVisual] -> CombatAlert.UseAttackVoice.

  • [TechnoType] -> CombatAlert.UseEVA decides whether to play an EVA. Default to [AudioVisual] -> CombatAlert.UseEVA. The EVA to play is default to EVA_UnitsInCombat, and can be specified through [TechnoType] -> CombatAlert.EVA.

  • The sound effect is taken at order, feedback first, attack then, eva finally. The flags in [AudioVisual] controlls whether to check it globally, and can be specify per techno.

  • An example: You set CombatAlert.UseFeedbackVoice and CombatAlert.UseEVA to true and CombatAlert.UseAttackVoice to false. A unit with VoiceFeedback VoiceAttack and CombatAlert.EVA are all set will play VoiceFeedback. A unit with VoiceAttack set will play EVA_UnitsInCombat.

In rulesmd.ini:

[AudioVisual]
CombatAlert=false                      ; boolean
CombatAlert.Default=                   ; boolean
CombatAlert.IgnoreBuilding=true        ; boolean
CombatAlert.SuppressIfInScreen=true    ; boolean
CombatAlert.Interval=150               ; integer, game frames
CombatAlert.SuppressIfAllyDamage=true  ; boolean
CombatAlert.MakeAVoice=true            ; boolean
CombatAlert.UseFeedbackVoice=true      ; boolean
CombatAlert.UseAttackVoice=true        ; boolean
CombatAlert.UseEVA=true                ; boolean

[SOMETECHNO]                           ; TechnoType
CombatAlert=                           ; boolean
CombatAlert.NotBuilding=false          ; boolean
CombatAlert.UseFeedbackVoice=true      ; boolean
CombatAlert.UseAttackVoice=true        ; boolean
CombatAlert.UseEVA=true                ; boolean
CombatAlert.EVA=EVA_UnitsInCombat      ; EVA entry

[SOMEWARHEAD]                          ; WarheadType
CombatAlert.Suppress=                  ; boolean

Recount burst index

• You can now make technos recount their current burst index when they have changed the firing weapon or have maintained for a period of time without any targets (take the larger value of last firing weapon’s ROF and 30 frames). Defaults to [General] -> RecountBurst, which defaults to false.

In rulesmd.ini:

[General]
RecountBurst=false  ; boolean

[SOMETECHNO]        ; TechnoType
RecountBurst=       ; boolean

Revenge weapon

• Similar to DeathWeapon in that it is fired after a TechnoType is killed, but with the difference that it will be fired on whoever dealt the damage that killed the TechnoType. If TechnoType died of sources other than direct damage dealt by another TechnoType, RevengeWeapon will not be fired.

  • RevengeWeapon.AffectsHouses can be used to filter which houses the damage that killed the TechnoType is allowed to come from to fire the weapon.

  • It is possible to grant revenge weapons through attached effects as well.

  • If a Warhead has SuppressRevengeWeapons set to true, it will not trigger revenge weapons. SuppressRevengeWeapons.Types can be used to list WeaponTypes affected by this, if none are listed all WeaponTypes are affected.

In rulesmd.ini:

[SOMETECHNO]                    ; TechnoType
RevengeWeapon=                  ; WeaponType
RevengeWeapon.AffectsHouses=all ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

[SOMEWARHEAD]                   ; WarheadType
SuppressRevengeWeapons=false    ; boolean
SuppressRevengeWeapons.Types=   ; List of WeaponTypes

Shared Ammo

• Transports with OpenTopped=yes and Ammo.Shared=yes will transfer ammo to passengers that have Ammo.Shared=yes. In addition, a transport can filter who will receive ammo if passengers have the same value in Ammo.Shared.Group=<integer> of the transport, ignoring other passengers with different groups values.

• Transports with Ammo.Shared.Group=-1 will transfer ammo to any passenger with Ammo.Shared=yes ignoring the group.

• Transports must have ammo and should be able to reload ammo.

In rulesmd.ini:

[SOMETECHNO1]         ; TechnoType, transport with OpenTopped=yes
Ammo.Shared=no        ; boolean
Ammo.Shared.Group=-1  ; integer

[SOMETECHNO2]         ; TechnoType, passenger
Ammo.Shared=no        ; boolean
Ammo.Shared.Group=-1  ; integer

Sound entry on unit’s creation

• When a unit is created, sound specified in VoiceCreated will be played for the unit owner.

• If IsVoiceCreatedGlobal is set to true, VoiceCreated will be played globally instead of EVA_UnitReady.

In rulesmd.ini:

[AudioVisual]
IsVoiceCreatedGlobal=false   ; boolean

[SOMETECHNO]                 ; TechnoType
VoiceCreated=                ; Sound entry

Tiberium eater

• TechnoTypes can convert the ores underneath them into credits in real time, like GDI’s MARV in Command & Conquer 3 Kane’s Wrath.

• TiberiumEater.TransDelay specifies the interval frames between two eating processes, 0 means eat in every frame. When it’s below 0, the logic will be turned off for this TechnoType.

• TiberiumEater.CellN set a list of cells that’ll process tiberium eating, where N is 0-based and the values are offset related to the TechnoType’s current cell. If not set, only the ores on the TechnoType’s current cell will be eaten.

• TiberiumEater.AmountPerCell controls the amount of ores that can be eaten at each cell at once. No limit when it’s below 0.

• By default, ores mined in this way worth the same as regular harvesting. This can be adjusted by TiberiumEater.CashMultiplier.

• TiberiumEater.Display, if set to true, will create a flying text to display the total credits received in each eating process.

  • TiberiumEater.Display.Houses determines which houses can see the credits display.

• An animation will be played at each mined cell in an eating process. If TiberiumEater.Anims contains 8 entries, entry from position matching the TechnoType’s current facing will be chosen. Otherwise, an entry will be chosen randomly.

  • TiberiumEater.Anims.TiberiumN, if set, will override TiberiumEater.Anims when eating corresponding tiberium type.

  • If TiberiumEater.AnimMove set to true, the animations will move with the TechnoType.

In rulesmd.ini:

[SOMETECHNO]                      ; InfantryType, VehicleType or AircraftType
TiberiumEater.TransDelay=-1       ; integer
TiberiumEater.CellN=              ; X,Y - cell offset
TiberiumEater.CashMultiplier=1.0  ; floating point value
TiberiumEater.AmountPerCell=0     ; integer
TiberiumEater.Display=true        ; boolean
TiberiumEater.Display.Houses=all  ; AffectedHouse enumeration
TiberiumEater.Anims=              ; List of AnimationTypes
TiberiumEater.Anims.Tiberium0=    ; List of AnimationTypes
TiberiumEater.Anims.Tiberium1=    ; List of AnimationTypes
TiberiumEater.Anims.Tiberium2=    ; List of AnimationTypes
TiberiumEater.Anims.Tiberium3=    ; List of AnimationTypes
TiberiumEater.AnimMove=true       ; boolean

Weapons fired on warping in / out

• It is now possible to add weapons that are fired on a teleporting TechnoType when it warps in or out. They are at the same time as the appropriate animations (WarpIn / WarpOut) are displayed.

  • WarpInMinRangeWeapon is used instead of WarpInWeapon if the distance traveled (in leptons) was less than ChronoRangeMinimum. This works regardless of if ChronoTrigger is set or not. If WarpInMinRangeWeapon is not set, it defaults to WarpInWeapon.

  • If WarpInWeapon.UseDistanceAsDamage is set, Damage of WarpIn(MinRange)Weapon is overriden by the number of whole cells teleported across.

In rulesmd.ini:

[SOMETECHNO]                            ; TechnoType
WarpInWeapon=                           ; WeaponType
WarpInMinRangeWeapon=                   ; WeaponType
WarpInWeapon.UseDistanceAsDamage=false  ; boolean
WarpOutWeapon=                          ; WeaponType

Terrain

Destroy animation & sound

• You can now specify a destroy animation and sound for a TerrainType that are played when it is destroyed.

In rulesmd.ini:

[SOMETERRAINTYPE]  ; TerrainType
DestroyAnim=       ; AnimationType
DestroySound=      ; Sound entry

Vehicles

Amphibious access vehicle

• Now you can let amphibious infantry or vehicle passengers enter or leave amphibious transport vehicles on water surface.

In rulesmd.ini:

[General]
AmphibiousEnter=false    ; boolean
AmphibiousUnload=false   ; boolean

[SOMEVEHICLE]            ; VehicleType, transport
AmphibiousEnter=         ; boolean, default to [General] -> AmphibiousEnter
AmphibiousUnload=        ; boolean, default to [General] -> AmphibiousUnload

Damaged unit image changes

• When a unit is damaged (health points percentage is lower than [AudioVisual] -> ConditionYellow percentage), it now may use different image set by Image.ConditionYellow VehicleType.

• Similar, Image.ConditionRed is used as image if unit health points percentage is lower than [AudioVisual] -> ConditionRed percentage.

• It is also works on water by setting WaterImage.ConditionYellow and WaterImage.ConditionRed VehicleType, similar to Ares’ WaterImage.

In rulesmd.ini:

[SOMEVEHICLE]                         ; VehicleType
Image.ConditionYellow=                ; VehicleType entry
Image.ConditionRed=                   ; VehicleType entry
WaterImage.ConditionYellow=           ; VehicleType entry
WaterImage.ConditionRed=              ; VehicleType entry

Warning

Note that the VehicleTypes had to be defined under [VehicleTypes] and use same image type (SHP/VXL) for vanilla/damaged states.

Fast access vehicle

• Now you can let infantry or vehicle passengers quickly enter or leave the transport vehicles without queuing.

In rulesmd.ini:

[General]
NoQueueUpToEnter=false    ; boolean
NoQueueUpToUnload=false   ; boolean

[SOMEVEHICLE]             ; VehicleType, transport
NoQueueUpToEnter=         ; boolean, default to [General] -> NoQueueUpToEnter
NoQueueUpToUnload=        ; boolean, default to [General] -> NoQueueUpToUnload

Jumpjet Tilts While Moving

Jumpjet Tilts in Project Rush - Conquer

• Now you can make jumpjets tilt forward when moving forward and sideways when turning by setting JumpjetTilt to true.

• The maximum tilt angle will not exceed 90 degrees.

  • The magnitude of the forward tilt is related to the current speed and acceleration. They are additive and have two coefficients that can be adjusted for details.

  • The magnitude of the sideways tilt is related to the current speed and rotation angle. They are multiplied and also have two coefficients that can be adjusted for details.

In rulesmd.ini:

[SOMEVEHICLE]                           ; VehicleType, with Locomotor=Jumpjet
JumpjetTilt=false                       ; boolean
JumpjetTilt.ForwardAccelFactor=1.0      ; floating point value
JumpjetTilt.ForwardSpeedFactor=1.0      ; floating point value
JumpjetTilt.SidewaysRotationFactor=1.0  ; floating point value
JumpjetTilt.SidewaysSpeedFactor=1.0     ; floating point value

Warheads

Hint

All new Warhead effects

• Can be used with CellSpread and Ares’ GenericWarhead superweapon where applicable.

• Cannot be used with MindControl.Permanent=yes of Ares.

• Respect Verses where applicable unless EffectsRequireVerses is set to false. If target has an active shield, its armor type is used instead unless warhead can penetrate the shield.

Break Mind Control on impact

Mind control break warhead being utilized in RA2: Reboot

• Warheads can now break mind control (doesn’t apply to perma-MC-ed objects).

In rulesmd.ini:

[SOMEWARHEAD]            ; WarheadType
RemoveMindControl=false  ; boolean

Warhead that can not kill

• Warheads can now damage the enemy without killing them (minimum health will be 1).

In rulesmd.ini:

[SOMEWARHEAD]  ; WarheadType
CanKill=true   ; boolean

Chance-based extra damage or Warhead detonation / ‘critical hits’

• Warheads can now apply additional chance-based damage or Warhead detonation (‘critical hits’) with the ability to customize chance, damage, affected targets, affected target HP threshold and animations of critical hit.

  • Crit.Chance determines chance for a critical hit to occur. By default this is checked once when the Warhead is detonated and every target that is susceptible to critical hits will be affected. If Crit.ApplyChancePerTarget is set, then whether or not the chance roll is successful is determined individually for each target.

  • Crit.ExtraDamage determines the damage dealt by the critical hit. If Crit.Warhead is set, the damage is used to detonate the specified Warhead on each affected target, otherwise the damage is directly dealt based on current Warhead’s Verses settings.

  • Crit.ExtraDamage.ApplyFirepowerMult determines whether or not the critical hit damage should multiply the TechnoType’s firepower multipliers.

  • Crit.Warhead can be used to set a Warhead to detonate instead of using current Warhead.

  • Crit.Warhead.FullDetonation controls whether or not the Warhead is detonated fully on the targets (as part of a dummy weapon) or simply deals area damage and applies Phobos’ Warhead effects.

  • Crit.Affects can be used to customize types of targets that this Warhead can deal critical hits against. Critical hits cannot affect empty cells or cells containing only TerrainTypes, overlays etc.

  • Crit.AffectsHouses can be used to customize houses that this Warhead can deal critical hits against.

  • Crit.AffectBelowPercent can be used to set minimum percentage of their maximum Strength that targets must have left to be affected by a critical hit.

  • Crit.AnimList can be used to set a list of animations used instead of Warhead’s AnimList if Warhead deals a critical hit to even one target. If Crit.AnimList.PickRandom is set (defaults to AnimList.PickRandom) then the animation is chosen randomly from the list. If Crit.AnimList.CreateAll is set (defaults to AnimList.CreateAll), all animations from the list are created.

    • Crit.AnimOnAffectedTargets, if set, makes the animation(s) from Crit.AnimList play on each affected target in addition to animation from Warhead’s AnimList playing as normal instead of replacing AnimList animation. Note that because these animations are independent from AnimList, Crit.AnimList.PickRandom and Crit.AnimList.CreateAll will not default to their AnimList counterparts here and need to be explicitly set if needed.

  • Crit.ActiveChanceAnims can be used to set animation to be always displayed at the Warhead’s detonation coordinates if the current Warhead has a chance to critically hit. If more than one animation is listed, a random one is selected.

  • Crit.SuppressWhenIntercepted, if set, prevents critical hits from occuring at all if the warhead was detonated from a projectile that was intercepted.

  • ImmuneToCrit can be set on TechnoTypes and ShieldTypes to make them immune to critical hits.

In rulesmd.ini:

[SOMEWARHEAD]                               ; WarheadType
Crit.Chance=0.0                             ; floating point value, percents or absolute (0.0-1.0)
Crit.ApplyChancePerTarget=false             ; boolean
Crit.ExtraDamage=0                          ; integer
Crit.ExtraDamage.ApplyFirepowerMult=false   ; boolean
Crit.Warhead=                               ; WarheadType
Crit.Warhead.FullDetonation=true            ; boolean
Crit.Affects=all                            ; List of Affected Target Enumeration (none|land|water|infantry|units|buildings|all)
Crit.AffectsHouses=all                      ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
Crit.AffectBelowPercent=1.0                 ; floating point value, percents or absolute (0.0-1.0)
Crit.AnimList=                              ; List of AnimationTypes
Crit.AnimList.PickRandom=                   ; boolean
Crit.AnimList.CreateAll=                    ; boolean
Crit.ActiveChanceAnims=                     ; List of AnimationTypes
Crit.AnimOnAffectedTargets=false            ; boolean
Crit.SuppressWhenIntercepted=false          ; boolean

[SOMETECHNO]                                ; TechnoType
ImmuneToCrit=false                          ; boolean

Warning

If you set Crit.Warhead to the same Warhead it is defined on, or create a chain of Warheads with it that loops back to the first one there is a possibility for the game to get stuck in a loop and freeze or crash afterwards.

Convert TechnoType on impact

• Warheads can now change TechnoTypes of affected units to other Types in the same category (infantry to infantry, vehicles to vehicles, aircraft to aircraft).

  • ConvertN.From (where N is 0, 1, 2…) specifies which TechnoTypes are valid for conversion. This entry can have many types listed, meanging that many types will be converted at once. When no types are included, conversion will affect all valid targets.

  • ConvertN.To specifies the TechnoType which is the result of conversion.

  • ConvertN.AffectedHouses specifies whose units can be converted.

  • Convert.From, Convert.To and Convert.AffectedHouses (without numbers) are a valid alternative to Convert0.From, Convert0.To and Convert0.AffectedHouses if only one pair is specified.

In example, this warhead would convert all affected owned and friendly SOLDIERA and SOLDIERB to NEWSOLDIER:

[ExampleWH]
Convert.From=SOLDIERA,SOLDIERB
Convert.To=NEWSOLDIER
Convert.AffectedHouses=team

In rulesmd.ini:

[SOMEWARHEAD]                   ; WarheadType
ConvertN.From=                  ; List of TechnoTypes
ConvertN.To=                    ; TechnoType
ConvertN.AffectedHouses=all     ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
; where N = 0, 1, 2, ...
; or
Convert.From=                   ; List of TechnoTypes
Convert.To=                     ; TechnoType
Convert.AffectedHouses=all      ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)

Warning

This feature has the same limitations as Ares’ Type Conversion. This feature does not support BuildingTypes.

Warning

This feature requires Ares 3.0 or higher to function! When Ares 3.0+ is not detected, not all properties of a unit may be updated.

Custom Mind Control Animation

• Allows Warheads to play custom MindControl.Anim which defaults to [CombatDamage] -> ControlledAnimationType.

In rulesmd.ini:

[SOMEWARHEAD]                         ; WarheadType
MindControl.Anim=                     ; Animation, defaults to [CombatDamage] -> ControlledAnimationType

Custom ‘SplashList’ on Warheads

• Allows Warheads to play custom water splash animations. See vanilla’s Conventional system here. SplashList.PickRandom can be set to true to pick a random animation to play from the list.

In rulesmd.ini:

[SOMEWARHEAD]                ; WarheadType
SplashList=<none>            ; List of AnimationTypes
SplashList.PickRandom=false  ; boolean

Damage multiplier for different houses

• Warheads are now able to define the extra damage multiplier for owner house, ally houses and enemy houses. If the warhead’s own Damage(Owner|Allies|Enemies)Multiplier are not set, these will default to respective [CombatDamage] -> Damage(Owner|Allies|Enemies)Multiplier which all default to 1.0 .Note that DamageAlliesMultiplier won’t affect your own units like AffectsAllies did, and this function will not affect damage with ignore defenses like Suicide.etc .

In rulesmd.ini:

[CombatDamage]
DamageOwnerMultiplier=1.0     ; floating point value
DamageAlliesMultiplier=1.0    ; floating point value
DamageEnemiesMultiplier=1.0   ; floating point value

[SOMEWARHEAD]                 ; Warhead
DamageOwnerMultiplier=        ; floating point value
DamageAlliesMultiplier=       ; floating point value
DamageEnemiesMultiplier=      ; floating point value

Detonate Warhead on all objects on map

• Setting DetonateOnAllMapObjects to true allows a Warhead that is detonated by a projectile (for an example, this excludes things like animation Warhead and Ares’ GenericWarhead superweapon but includes Crit.Warhead and animation Weapon) and consequently any AirburstWeapon/ShrapnelWeapon that may follow to detonate on each object currently alive and existing on the map regardless of its actual target, with optional filters. Note that this is done immediately prior Warhead detonation so after PreImpactAnim (Ares feature) has been displayed.

  • DetonateOnAllMapObjects.Full customizes whether or not the Warhead is detonated fully on the targets (as part of a dummy weapon) or simply deals area damage and applies Phobos’ Warhead effects.

  • DetonateOnAllMapObjects.AffectTargets is used to filter which types of targets (TechnoTypes) are considered valid and must be set to a valid value other than none for this feature to work. Only none, all, aircraft, buildings, infantry and units are valid values. This is set to none by default as inclusion of all object types can be performance-heavy.

  • DetonateOnAllMapObjects.AffectHouses is used to filter which houses targets can belong to be considered valid and must be set to a valid value other than none for this feature to work. Only applicable if the house that fired the projectile is known. This is set to none by default as inclusion of all houses can be performance-heavy.

  • DetonateOnAllMapObjects.AffectTypes can be used to list specific TechnoTypes to be considered as valid targets. If any valid TechnoTypes are listed, then only matching objects will be targeted. Note that DetonateOnAllMapObjects.AffectTargets and DetonateOnAllMapObjects.AffectHouses take priority over this setting.

  • DetonateOnAllMapObjects.IgnoreTypes can be used to list specific TechnoTypes to be never considered as valid targets.

  • DetonateOnAllMapObjects.RequireVerses, if set to true, only considers targets whose armor type the warhead has non-zero Verses value against as valid. On targets with active shields, shield’s armor type is used unless the Warhead has Shield.Penetrate=true. This is checked after all other filters listed above.

In rulesmd.ini:

[SOMEWARHEAD]                                ; WarheadType
DetonateOnAllMapObjects=false                ; boolean
DetonateOnAllMapObjects.Full=true            ; boolean
DetonateOnAllMapObjects.AffectTargets=none   ; List of Affected Target Enumeration (none|aircraft|buildings|infantry|units|all)
DetonateOnAllMapObjects.AffectHouses=none    ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
DetonateOnAllMapObjects.AffectTypes=         ; List of TechnoTypes
DetonateOnAllMapObjects.IgnoreTypes=         ; List of TechnoTypes
DetonateOnAllMapObjects.RequireVerses=false  ; boolean

Warning

While this feature can provide better performance than a large CellSpread value, it still has potential to slow down the game, especially if used in conjunction with things like animations, alpha lights etc. Modder discretion and use of the filter keys (AffectTargets/Houses/Types etc.) is advised.

Fire weapon when Warhead kills something

• KillWeapon will be fired at the target TechnoType’s location once it’s killed by this Warhead.

• KillWeapon.OnFirer will be fired at the attacker’s location once the target TechnoType is killed by this Warhead. If the source of this Warhead is not another TechnoType, KillWeapon.OnFirer will not be fired.

• KillWeapon.AffectsHouses / KillWeapon.OnFirer.AffectsHouses and KillWeapon.Affects / KillWeapon.OnFirer.Affects can be used to filter which houses targets can belong to and which types of targets are be considered valid for KillWeapon and KillWeapon.OnFirer respectively.

  • If the source of this Warhead is not another TechnoType, KillWeapon will be fired regardless of the target’s house or type.

• If a TechnoType has SuppressKillWeapons set to true, it will not trigger KillWeapon or KillWeapon.OnFirer upon being killed. SuppressKillWeapons.Types can be used to list WeaponTypes affected by this, if none are listed all WeaponTypes are affected.

In rulesmd.ini:

[SOMEWARHEAD]                         ; WarheadType
KillWeapon=                           ; WeaponType
KillWeapon.OnFirer=                   ; WeaponType
KillWeapon.AffectsHouses=all          ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
KillWeapon.OnFirer.AffectsHouses=all  ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
KillWeapon.Affects=all                ; List of Affected Target Enumeration (none|aircraft|buildings|infantry|units|all)
KillWeapon.OnFirer.Affects=all        ; List of Affected Target Enumeration (none|aircraft|buildings|infantry|units|all)

[SOMETECHNO]                          ; TechnoType
SuppressKillWeapons=false             ; boolean
SuppressKillWeapons.Types=            ; List of WeaponTypes

Generate credits on impact

TransactMoney used in Rise of the East

• Warheads can now give credits to its owner at impact.

  • TransactMoney.Display can be set to display the amount of credits given or deducted. The number is displayed in green if given, red if deducted and will move upwards after appearing.

    • TransactMoney.Display.AtFirer if set, makes the credits display appear on firer instead of target. If set and firer is not known, it will display at target regardless.

    • TransactMoney.Display.Houses determines which houses can see the credits display.

    • TransactMoney.Display.Offset is additional pixel offset for the center of the credits display, by default 0,0 at target’s/firer’s center.

In rulesmd.ini:

[SOMEWARHEAD]                        ; WarheadType
TransactMoney=0                      ; integer - credits added or subtracted
TransactMoney.Display=false          ; boolean
TransactMoney.Display.AtFirer=false  ; boolean
TransactMoney.Display.Houses=All     ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
TransactMoney.Display.Offset=0,0     ; X,Y, pixels relative to default

Iron Curtain & Force Shield damage penetration

• It is now possible to have Warhead be able to deal damage to Iron Curtained and/or Force Shielded objects. PenetratesForceShield defaults to value of PenetratesIronCurtain.

  • Note that this does not affect any Warhead effects other than those adjacent to damage (e.g Psychedelic) and things like debris generation and detonation of AirburstWeapon that do not normally occur if the hit was nullified.

In rulesmd.ini:

[SOMEWARHEAD]                ; WarheadType
PenetratesIronCurtain=false  ; boolean
PenetratesForceShield=       ; boolean

Launch superweapons on impact

• Superweapons can now be launched when a warhead is detonated.

  • LaunchSW specifies the superweapons to launch when the warhead is detonated. If superweapon has negative Money.Amount, the firing house must have enough credits in order for it to be fired.

  • LaunchSW.RealLaunch controls whether the owner who fired the warhead must own all listed superweapons. Otherwise they will be launched out of nowhere.

  • LaunchSW.IgnoreInhibitors ignores SW.Inhibitors/SW.AnyInhibitor of each superweapon, otherwise only non-inhibited superweapons are launched.

  • LaunchSW.IgnoreDesignators ignores SW.Designators / SW.AnyDesignator respectively.

  • LaunchSW.DisplayMoney can be set to display the amount of credits given or deducted by the launched superweapon by Money.Amount. The number is displayed in green if given, red if deducted and will move upwards after appearing.

    • LaunchSW.DisplayMoney.Houses determines which houses can see the credits display.

    • LaunchSW.DisplayMoney.Offset is additional pixel offset for the center of the credits display, by default 0,0 at superweapon’s target cell.

Note

• For animation warheads/weapons to take effect, Damage.DealtByInvoker must be set.

• Due to the nature of some superweapon types, not all superweapons are suitable for launch. Please use with caution!

• The superweapons are launched on the cell where the warhead is detonated, instead of being click-fired.

In rulesmd.ini:

[SOMEWARHEAD]                     ; WarheadType
LaunchSW=                         ; List of SuperWeaponTypes
LaunchSW.RealLaunch=true          ; boolean
LaunchSW.IgnoreInhibitors=false   ; boolean
LaunchSW.IgnoreDesignators=true   ; boolean
LaunchSW.DisplayMoney=false       ; boolean
LaunchSW.DisplayMoney.Houses=all  ; Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)
LaunchSW.DisplayMoney.Offset=0,0  ; X,Y, pixels relative to default

Parasite removal

• By default if unit takes negative damage from a Warhead (before Verses are calculated), any parasites infecting it are removed and deleted. This behaviour can now be customized to disable the removal for negative damage, or enable it for any arbitrary warhead.

In rulesmd.ini:

[SOMEWARHEAD]     ; WarheadType
RemoveParasite=   ; boolean

Remove disguise on impact

• Warheads can now remove disguise from disguised spies or mirage tanks. This will work even if the disguised was acquired by default through PermaDisguise.

In rulesmd.ini:

[SOMEWARHEAD]         ; WarheadType
RemoveDisguise=false  ; boolean

Reveal map for owner on impact

• Warheads can now reveal an area or the entire map on impact.

  • Reveal only applies to the owner of the warhead.

In rulesmd.ini:

[SOMEWARHEAD]  ; WarheadType
Reveal=0       ; integer - cell radius, negative values mean reveal the entire map

Sell or undeploy building on impact

• Warheads with BuildingSell can now sell buildings with build up image. It has a higher priority than BuildingUndeploy.

  • BuildingSell.IgnoreUnsellable controls whether to ignore all possible situations where sales may be disabled except for build up image.

• Warheads with BuildingUndeploy can now undeploy buildings with UndeploysInto.

  • BuildingUndeploy.Leave controls whether need to let them move to low threat locations nearby. The threat degree here is calculated using the technos’ cost. If a nearby techno has no primary weapons or is owned by your allies, it will not be included.

In rulesmd.ini:

[SOMEWARHEAD]                        ; Warhead
BuildingSell=false                   ; boolean
BuildingSell.IgnoreUnsellable=false  ; boolean
BuildingUndeploy=false               ; boolean
BuildingUndeploy.Leave=false         ; boolean

Shroud map for enemies on impact

• Warheads can now shroud an area or the entire map on impact.

  • Shroud only applies to enemies of the warhead owner.

In rulesmd.ini:

[SOMEWARHEAD]  ; WarheadType
CreateGap=0    ; integer - cell radius, negative values mean shroud the entire map

Spawn powerup crate

• Warheads can now spawn powerup crates of specified type(s) on their impact cells (if free, or nearby cells if occupied something other than a crate) akin to map trigger action 108 Create Crate.

  • SpawnsCrateN where N is a number starting from 0, parsed until no key is found can be used to define the type of crate spawned.

  • SpawnsCrateN.Weight is a number that determines relative weighting of spawning corresponding crate type vs. other listed ones (0 is no chance, higher means higher probability) defaulting to 1 if not defined.

  • SpawnsCrate.Type/Weight is an alias for SpawnsCrate0.Type/Weight if latter is not set.

In rulesmd.ini:

[SOMEWARHEAD]            ; WarheadType
SpawnsCrate(N).Type=     ; Powerup crate type enum (money|unit|healbase|cloak|explosion|napalm|squad|reveal|armor|speed|firepower|icbm|invulnerability|veteran|ionstorm|gas|tiberium|pod)
SpawnsCrate(N).Weight=1  ; integer

Trigger specific NotHuman infantry Death anim sequence

• Warheads are now able to trigger specific NotHuman=yes infantry Death anim sequence using the corresponding tag. It’s value represents sequences from Die1 to Die5.

In rulesmd.ini:

[SOMEWARHEAD]            ; WarheadType
NotHuman.DeathSequence=  ; integer (1 to 5)

Weapons

AreaFire target customization

• You can now specify how AreaFire weapon picks its target. By default it targets the base cell the firer is currently on, but this can now be changed to fire on the firer itself or at a random cell within the radius of the weapon’s Range by setting AreaFire.Target to self or random respectively.

• AreaFire.Target=self respects normal targeting rules (Warhead Verses etc.) against the firer itself.

• AreaFire.Target=random ignores cells that are ineligible or contain ineligible objects based on listed values in weapon’s CanTarget & CanTargetHouses.

In rulesmd.ini:

[SOMEWEAPON]         ; WeaponType
AreaFire.Target=base ; AreaFire Target Enumeration (base|self|random)

Burst delay customizations

• Burst.Delays allows specifying weapon-specific burst shot delays. Takes precedence over the old BurstDelayX logic available on VehicleTypes, functions with Infantry & BuildingType weapons (AircraftTypes are not supported due to their weapon firing system being completely different) and allows every shot of Burst to have a separate delay instead of only first four shots.

  • If no delay is defined for a shot, it falls back to last delay value defined (f.ex Burst=3 and Burst.Delays=10 would use 10 as delay for all shots).

  • Using -1 as delay reverts back to old logic (BurstDelay0-3 for VehicleTypes if available or random value between 3-5 otherwise) for that shot.

• Burst.FireWithinSequence is only used if the weapon is fired by InfantryTypes, and setting it to true allows infantry to fire multiple Burst shots within same firing sequence.

  • First shot is always fired at sequence frame determined by firing frame controls on InfantryType image (FireUp et al).

  • Following shots come at intervals determined by Burst.Delays (with minimum delay of 1 frame) or random delay between 3 to 5 frames if not defined. Note that if next shot would be fired at a frame that is beyond the firing sequence’s length, burst shot count is reset and weapon starts reloading.

  • Burst shot counter is not immediately reset if firing is ceased mid-sequence after at least one shot, but the frame at which each burst shot is fired will not be influenced by this (in other words, resuming firing afterward without weapon reload taking place would restart firing sequence but no firing will take place until the frame at which next burst shot should be fired is hit).

In rulesmd.ini:

[SOMEWEAPON]                    ; WeaponType
Burst.Delays=-1                 ; integer - burst delays (comma-separated) for shots in order from first to last.
Burst.FireWithinSequence=false  ; boolean

Extra warhead detonations

• It is now possible to have same weapon detonate multiple Warheads on impact by listing ExtraWarheads. The warheads are detonated at same location as the main one, after it in listed order. This only works in cases where a projectile has been fired by a weapon and still remembers it when it is detonated (due to currently existing technical limitations, this excludes AirburstWeapon).

  • ExtraWarheads.DamageOverrides can be used to override the weapon’s Damage for the extra Warhead detonations. Value from position matching the position from ExtraWarheads is used if found, or last listed value if not found. If list is empty, WeaponType Damage is used.

  • ExtraWarheads.DetonationChances can be used to customize the chance of each extra Warhead detonation occuring. Value from position matching the position from ExtraWarheads is used if found, or last listed value if not found. If list is empty, every extra Warhead detonation is guaranteed to occur.

  • ExtraWarheads.FullDetonation can be used to customize whether or not each individual Warhead is detonated fully (as part of a dummy weapon) or simply deals area damage and applies Phobos’ Warhead effects. Value from position matching the position from ExtraWarheads is used if found, or last listed value if not found. If list is empty, defaults to true.

  • Note that the listed Warheads must be listed in [Warheads] for them to work.

In rulesmd.ini:

[SOMEWEAPON]                      ; WeaponType
ExtraWarheads=                    ; List of WarheadTypes
ExtraWarheads.DamageOverrides=    ; List of integers
ExtraWarheads.DetonationChances=  ; List of floating-point values (percentage or absolute)
ExtraWarheads.FullDetonation=     ; List of booleans

Feedback weapon

FeedbackWeapon used to apply healing aura upon firing a weapon in Project Phantom

• You can now specify an auxiliary weapon to be fired on the firer itself when a weapon is fired.

  • FireInTransport setting of the feedback weapon is respected to determine if it can be fired when the original weapon is fired from inside OpenTopped=true transport. If feedback weapon is fired, it is fired on the transport. OpenToppedDamageMultiplier is not applied on feedback weapons.

In rulesmd.ini:

[SOMEWEAPON]     ; WeaponType
FeedbackWeapon=  ; WeaponType

Keep Range After Firing

• Technos can maintain a suitable distance after firing if KeepRange is not set to 0.

  • KeepRange controls how long the distance to maintain when the techno’s ROF timer is ticking. What is actually read is its absolute value. If it is a positive value, it will be stayed outside this distance, just like it has a special MinimumRange after firing. If it is a negative value, it will be kept as close as possible to this distance, just like it has a special Range after firing. In addition, if the effective range section is too small, it will be considered unable to fire. It is best to have an effective range of 1.0, and 2.0 is best for Infantry.

    • KeepRange.AllowAI controls whether this function is effective for computer.

    • KeepRange.AllowPlayer controls whether this function is effective for human.

In rulesmd.ini:

[SOMEWEAPON]                 ; WeaponType
KeepRange=0                  ; floating point value
KeepRange.AllowAI=false      ; boolean
KeepRange.AllowPlayer=false  ; boolean

Make units try turning to target when firing with OmniFire=yes

• The unit will try to turn the body to target even firing with OmniFire=yes.

  • Jumpjets are recommended to have the same value of body ROT and JumpjetTurnRate.

In rulesmd.ini:

[SOMEWEAPON]              ; WeaponType
OmniFire=yes
OmniFire.TurnToTarget=no  ; boolean

Radiation enhancements

• In addition to allowing custom radiation types, several enhancements are also available to the default radiation type defined in [Radiation], such as ability to set owner & invoker or deal damage against buildings. See Custom Radiation Types for more details.

Strafing aircraft weapon customization

Strafing aircraft weapon customization in Project Phantom

• Some of the behavior of strafing aircraft weapons can now be customized.

  • Strafing controls if the aircraft can strafe when firing at the target. Default to true if the projectile’s ROT < 2 and Inviso=false, otherwise false.

  • Strafing.Shots controls the number of times the weapon is fired during a single strafe run, defaults to 5 if not set. Ammo is only deducted at the end of the strafe run, regardless of the number of shots fired.

  • Strafing.SimulateBurst controls whether or not the shots fired during strafing simulate behavior of Burst, allowing for alternating firing offset. Only takes effect if weapon has Burst set to 1 or undefined.

  • Strafing.UseAmmoPerShot, if set to true overrides the usual behaviour of only deducting ammo after a strafing run and instead doing it after each individual shot.

  • Strafing.EndDelay can be used to override the delay after firing last shot in strafing run before aircraft resumes another strafing run or returns to base. Defaults to (Weapon Range * 256 + 1024) / Aircraft Speed. Note that using a short delay with aircraft that can do multiple strafing runs with their ammo can cause undesired behaviour like dancing around or facing weird way depending on other factors like ROF and/or movement speed.

• There is a special case for aircraft spawned by Type=SpyPlane superweapons on SpyPlane Approach or SpyPlane Overfly mission where Strafing.Shots only if explicitly set on its primary weapon, determines the maximum number of times the map revealing effect can activate irregardless of other factors.

In rulesmd.ini:

[SOMEWEAPON]                   ; WeaponType
Strafing=                      ; boolean
Strafing.Shots=                ; integer
Strafing.SimulateBurst=false   ; boolean
Strafing.UseAmmoPerShot=false  ; boolean
Strafing.EndDelay=             ; integer, game frames

Visual effect scatter

• You can now add a random offset to visual effect’s (IsLaser=true, IsElectricBolt=true or IsRadBeam=true) target location if set VisualScatter to true.

In rulesmd.ini:

[AudioVisual]
VisualScatter.Min=0.03  ; floating point value, distance in cells
VisualScatter.Max=0.13  ; floating point value, distance in cells

[SOMEWEAPON]            ; WeaponType
VisualScatter=false     ; boolean

Note

This function is only used as an additional scattering visual display, which is different from BallisticScatter.(Min/Max) and can be used simultaneously, without affecting the actual explosion position of the projectile.

Weapon targeting filter

`Weapon target filter - different weapon used against enemies & allies as well as units & buildings in Project Phantom

• You can now specify which targets or houses a weapon can fire at. This also affects weapon selection, other than certain special cases where the selection is fixed.

  • Note that CanTarget explicitly requires either all or empty to be listed for the weapon to be able to fire at cells containing no TechnoTypes.

In rulesmd.ini:

[SOMEWEAPON]         ; WeaponType
CanTarget=all        ; List of Affected Target Enumeration (none|land|water|empty|infantry|units|buildings|all)
CanTargetHouses=all  ; List of Affected House Enumeration (none|owner/self|allies/ally|team|enemies/enemy|all)