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https://github.com/scp-fs2open/fs2open.github.com.git
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BMagnu
856e676e79
* Add path to dispatch particles as decals * Testing and bugfixing * Address feedback * Fix Typo * Fix obj attachment
394 lines
23 KiB
C++
394 lines
23 KiB
C++
#ifndef PARTICLE_EFFECT_H
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#define PARTICLE_EFFECT_H
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#pragma once
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#include "globalincs/pstypes.h"
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#include "globalincs/systemvars.h"
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#include "particle/ParticleVolume.h"
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#include "particle/ParticleSource.h"
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#include "utils/RandomRange.h"
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#include "utils/id.h"
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#include "utils/modular_curves.h"
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#include "graphics/2d.h"
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#include "object/objectshield.h"
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#include "ship/ship.h"
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#include "object/object_instance.h"
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#include "hud/hudets.h"
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#include <optional>
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class EffectHost;
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//Due to parsing shenanigans in weapons, this needs a forward-declare here
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int parse_weapon(int, bool, const char*);
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namespace scripting::api {
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particle::ParticleEffectHandle getLegacyScriptingParticleEffect(int bitmap, bool reversed);
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}
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namespace anl {
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class CKernel;
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class CInstructionIndex;
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}
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namespace particle {
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/**
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* @brief Defines a particle effect
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*
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* A particle effect contains all data necessary for spawning the particles from a particle source. A source can't
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* store effect specific data so a particle effect has to be state-less. All additions to particles should be done
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* within this class. This allows all features to be available for all particles.
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*
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* @ingroup particleSystems
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*/
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class ParticleEffect {
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public:
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enum class Duration : uint8_t {
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ONETIME, //!< The effect is active exactly once
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RANGE, //!< The effect is active within a specific time range
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ALWAYS //!< The effect is always active
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};
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enum class ShapeDirection : uint8_t {
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ALIGNED,
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HIT_NORMAL,
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REFLECTED,
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REVERSE
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};
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enum class VelocityScaling : uint8_t {
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NONE,
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DOT,
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DOT_INVERSE
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};
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enum class RotationType : uint8_t {
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DEFAULT,
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RANDOM,
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SCREEN_ALIGNED
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};
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enum class DecalOrientationMode : uint8_t {
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TOWARDS_CENTER
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};
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enum class ParticleCurvesOutput : uint8_t {
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PARTICLE_NUM_MULT,
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PARTICLE_FREQ_MULT,
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RADIUS_MULT,
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LENGTH_MULT,
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LIFETIME_MULT,
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SOURCE_DURATION_MULT,
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VOLUME_VELOCITY_MULT,
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INHERIT_VELOCITY_MULT,
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POSITION_INHERIT_VELOCITY_MULT,
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ORIENTATION_INHERIT_VELOCITY_MULT,
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VELOCITY_NOISE_MULT,
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VELOCITY_NOISE_TIME_MULT,
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VELOCITY_NOISE_SEED,
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SPAWN_POSITION_NOISE_MULT,
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SPAWN_POSITION_NOISE_TIME_MULT,
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SPAWN_POSITION_NOISE_SEED,
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NUM_VALUES
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};
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enum class ParticleLifetimeCurvesOutput : uint8_t {
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VELOCITY_MULT,
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RADIUS_MULT,
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LENGTH_MULT,
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ANIM_STATE,
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LIGHT_RADIUS_MULT,
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LIGHT_SOURCE_RADIUS_MULT,
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LIGHT_INTENSITY_MULT,
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LIGHT_R_MULT,
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LIGHT_G_MULT,
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LIGHT_B_MULT,
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LIGHT_CONE_ANGLE_MULT,
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LIGHT_CONE_INNER_ANGLE_MULT,
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NUM_VALUES
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};
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struct LightInformation {
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float light_radius;
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float source_radius;
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float intensity;
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float r, g, b;
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float cone_angle, cone_inner_angle;
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enum class LightSourceMode : uint8_t {
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POINT,
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AS_PARTICLE,
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TO_LAST_POS,
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CONE
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} light_source_mode;
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constexpr LightInformation() : light_radius(0.f), source_radius(0.f), intensity(0.f), r(0.f), g(0.f), b(0.f), cone_angle(0.f), cone_inner_angle(0.f), light_source_mode(LightSourceMode::POINT) {}
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};
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private:
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friend struct effects::EffectAttachment;
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friend struct ParticleParse;
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friend class ParticleManager;
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friend int ::parse_weapon(int, bool, const char*);
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friend ParticleEffectHandle scripting::api::getLegacyScriptingParticleEffect(int bitmap, bool reversed);
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friend bool move_particle(float frametime, particle* part);
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friend bool render_particle(particle* part);
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SCP_string m_name; //!< The name of this effect
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ParticleSubeffectHandle m_self;
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Duration m_duration;
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RotationType m_rotation_type;
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ShapeDirection m_direction;
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VelocityScaling m_velocity_directional_scaling;
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DecalOrientationMode m_decalOrientationMode;
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bool m_affectedByDetail; //Kinda deprecated. Only used by the oldest of legacy effects.
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bool m_parentLifetime;
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bool m_parentScale;
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bool m_hasLifetime;
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bool m_parent_local;
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bool m_keep_anim_length_if_available;
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bool m_vel_inherit_absolute;
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bool m_vel_inherit_from_position_absolute;
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bool m_reverseAnimation;
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bool m_ignore_velocity_inherit_if_has_parent;
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bool m_renderAsDecal;
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bool m_decalEmissive;
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bool m_parent_is_transitive;
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SCP_vector<int> m_bitmap_list;
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::util::UniformRange<size_t> m_bitmap_range;
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::util::ParsedRandomFloatRange m_delayRange;
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::util::ParsedRandomFloatRange m_durationRange;
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::util::ParsedRandomFloatRange m_particlesPerSecond;
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::util::ParsedRandomFloatRange m_particleNum;
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::util::ParsedRandomFloatRange m_radius;
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::util::ParsedRandomFloatRange m_lifetime;
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::util::ParsedRandomFloatRange m_length;
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::util::ParsedRandomFloatRange m_vel_inherit;
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::util::ParsedRandomFloatRange m_velocity_scaling;
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::util::ParsedRandomFloatRange m_velocity_noise_scaling;
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::util::ParsedRandomFloatRange m_position_noise_scaling;
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std::optional<::util::ParsedRandomFloatRange> m_vel_inherit_from_orientation;
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std::optional<::util::ParsedRandomFloatRange> m_vel_inherit_from_position;
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std::optional<::util::ParsedRandomFloatRange> m_local_position_scaling;
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std::shared_ptr<::particle::ParticleVolume> m_velocityVolume;
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std::shared_ptr<::particle::ParticleVolume> m_spawnVolume;
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std::shared_ptr<std::pair<anl::CKernel, anl::CInstructionIndex>> m_velocityNoise;
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std::shared_ptr<std::pair<anl::CKernel, anl::CInstructionIndex>> m_spawnNoise;
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std::optional<vec3d> m_manual_offset;
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std::optional<vec3d> m_manual_velocity_offset;
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std::optional<LightInformation> m_light_source;
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ParticleEffectHandle m_particleTrail;
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ParticleEffectHandle m_deathEffect;
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float m_particleChance; //Deprecated. Use particle num random ranges instead.
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float m_distanceCulled; //Kinda deprecated. Only used by the oldest of legacy effects.
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matrix getNewDirection(const matrix& hostOrientation, const std::optional<vec3d>& normal) const;
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vec3d adaptPosition(const vec3d& pos, const effects::EffectAttachment& attachment) const;
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template<bool isPersistent>
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auto processSourceInternal(float interp, const ParticleSource& source, size_t effectNumber, const vec3d& velParent, const effects::EffectAttachment& attachment, float parentLifetime, float parentRadius, float particle_percent) const;
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public:
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/**
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* @brief Initializes the base ParticleEffect
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* @param name The name this effect should have
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*/
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explicit ParticleEffect(SCP_string name);
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// Use this to recreate deprecated legacy effects from in-engine code.
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// All cases like this should already be handled. You should thus never add new uses of this constructor.
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// This constructor will initialize certain non-parsed values differently to handle legacy effects correctly.
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// Parsing the deprecated -part.tbm effects uses the simple constructor + parseLegacy() instead!
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explicit ParticleEffect(SCP_string name,
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::util::ParsedRandomFloatRange particleNum,
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Duration duration,
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::util::ParsedRandomFloatRange durationRange,
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::util::ParsedRandomFloatRange particlesPerSecond,
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ShapeDirection direction,
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::util::ParsedRandomFloatRange vel_inherit,
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bool vel_inherit_absolute,
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std::shared_ptr<::particle::ParticleVolume> velocityVolume,
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::util::ParsedRandomFloatRange velocity_scaling,
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VelocityScaling velocity_directional_scaling,
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std::optional<::util::ParsedRandomFloatRange> vel_inherit_from_orientation,
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std::optional<::util::ParsedRandomFloatRange> vel_inherit_from_position,
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std::shared_ptr<::particle::ParticleVolume> spawnVolume,
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ParticleEffectHandle particleTrail,
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float particleChance,
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bool affectedByDetail,
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float distanceCulled,
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bool disregardAnimationLength,
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bool reverseAnimation,
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bool parentLocal,
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bool ignoreVelocityInheritIfParented,
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bool velInheritFromPositionAbsolute,
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std::optional<vec3d> velocityOffsetLocal,
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std::optional<vec3d> offsetLocal,
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::util::ParsedRandomFloatRange lifetime,
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::util::ParsedRandomFloatRange radius,
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int bitmap
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);
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float processSource(float interp, const ParticleSource& host, size_t effectNumber, const vec3d& vel, const effects::EffectAttachment& attachment, float parentLifetime, float parentRadius, float particle_percent) const;
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SCP_vector<WeakParticlePtr> processSourcePersistent(float interp, const ParticleSource& host, size_t effectNumber, const vec3d& vel, const effects::EffectAttachment& attachment, float parentLifetime, float parentRadius, float particle_percent) const;
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void pageIn();
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const SCP_string& getName() const { return m_name; }
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std::pair<TIMESTAMP, TIMESTAMP> getEffectDuration(float interp, const ParticleSource& source, size_t effectNumber) const;
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float getNextSpawnDelay() const;
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bool isOnetime() const { return m_duration == Duration::ONETIME; }
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float getApproximatePixelSize(const vec3d& pos) const;
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constexpr static auto modular_curves_definition = make_modular_curve_definition<ParticleSource, ParticleCurvesOutput>(
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std::array {
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std::pair {"Particle Number Mult", ParticleCurvesOutput::PARTICLE_NUM_MULT},
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std::pair {"Particle Frequency Mult", ParticleCurvesOutput::PARTICLE_FREQ_MULT},
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std::pair {"Radius Mult", ParticleCurvesOutput::RADIUS_MULT},
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std::pair {"Length Mult", ParticleCurvesOutput::LENGTH_MULT},
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std::pair {"Lifetime Mult", ParticleCurvesOutput::LIFETIME_MULT},
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std::pair {"Source Duration Mult", ParticleCurvesOutput::SOURCE_DURATION_MULT},
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std::pair {"Velocity Volume Mult", ParticleCurvesOutput::VOLUME_VELOCITY_MULT},
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std::pair {"Velocity Inherit Mult", ParticleCurvesOutput::INHERIT_VELOCITY_MULT},
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std::pair {"Velocity Position Inherit Mult", ParticleCurvesOutput::POSITION_INHERIT_VELOCITY_MULT},
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std::pair {"Velocity Orientation Inherit Mult", ParticleCurvesOutput::ORIENTATION_INHERIT_VELOCITY_MULT},
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std::pair {"Velocity Noise Mult", ParticleCurvesOutput::VELOCITY_NOISE_MULT},
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std::pair {"Velocity Noise Time Mult", ParticleCurvesOutput::VELOCITY_NOISE_TIME_MULT},
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std::pair {"Velocity Noise Seed", ParticleCurvesOutput::VELOCITY_NOISE_SEED},
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std::pair {"Spawn Position Noise Mult", ParticleCurvesOutput::SPAWN_POSITION_NOISE_MULT},
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std::pair {"Spawn Position Noise Time Mult", ParticleCurvesOutput::SPAWN_POSITION_NOISE_TIME_MULT},
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std::pair {"Spawn Position Noise Seed", ParticleCurvesOutput::SPAWN_POSITION_NOISE_SEED}
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},
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std::pair {"Trigger Radius", modular_curves_submember_input<&ParticleSource::m_triggerRadius>{}},
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std::pair {"Trigger Velocity", modular_curves_submember_input<&ParticleSource::m_triggerVelocity>{}},
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std::pair {"Host Radius", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getHostRadius>{}},
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std::pair {"Host Velocity", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getVelocityMagnitude>{}},
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std::pair {"Effects Running", modular_curves_math_input<
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modular_curves_submember_input<&ParticleSource::m_effect_is_running, &decltype(ParticleSource::m_effect_is_running)::count>,
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modular_curves_submember_input<&ParticleSource::getEffect, &SCP_vector<ParticleEffect>::size>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Total Particle Count", modular_curves_global_submember_input<get_particle_count>{}},
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std::pair {"Particle Detail Level", modular_curves_global_submember_input<Detail, &detail_levels::num_particles>{}},
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std::pair {"Particle Usage Score", modular_curves_math_input<
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modular_curves_global_submember_input<get_particle_count>,
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modular_curves_global_submember_input<Detail, &detail_levels::num_particles>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Nebula Detail Level", modular_curves_global_submember_input<Detail, &detail_levels::nebula_detail>{}},
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std::pair {"Nebula Usage Score", modular_curves_math_input<
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modular_curves_global_submember_input<get_particle_count>,
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modular_curves_global_submember_input<Detail, &detail_levels::nebula_detail>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Host Object Hitpoints", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &object::hull_strength>{}},
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std::pair {"Host Ship Hitpoints Fraction", modular_curves_math_input<
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modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &object::hull_strength>,
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modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::ship_max_hull_strength>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Host Object Shield", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &shield_get_strength>{}},
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std::pair {"Host Ship Shield Fraction", modular_curves_math_input<
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modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &shield_get_strength>,
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modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::ship_max_shield_strength>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Host Ship AB Fuel Left", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::afterburner_fuel>{}},
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std::pair {"Host Ship Countermeasures Left", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::cmeasure_count>{}},
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std::pair {"Host Ship Weapon Energy Left", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::weapon_energy>{}},
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std::pair {"Host Ship ETS Engines", modular_curves_math_input<modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::engine_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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std::pair {"Host Ship ETS Shields", modular_curves_math_input<modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::shield_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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std::pair {"Host Ship ETS Weapons", modular_curves_math_input<modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::weapon_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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std::pair {"Host Ship EMP Intensity", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::emp_intensity>{}},
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std::pair {"Host Ship Time Until Explosion", modular_curves_submember_input<&ParticleSource::m_host, &EffectHost::getParentAttachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::final_death_time, static_cast<int (*)(int)>(×tamp_until)>{}})
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.derive_modular_curves_input_only_subset<size_t>( //Effect Number
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std::pair {"Spawntime Left", modular_curves_functional_full_input<&ParticleSource::getEffectRemainingTime>{}},
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std::pair {"Life Left", modular_curves_functional_full_input<&ParticleSource::getEffectRemainingLife>{}},
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std::pair {"Time Running", modular_curves_functional_full_input<&ParticleSource::getEffectRunningTime>{}})
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.derive_modular_curves_input_only_subset<vec3d>( //Sampled spawn position
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std::pair {"Pixel Size At Emitter", modular_curves_functional_full_input<&ParticleSource::getEffectPixelSize>{}},
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std::pair {"Apparent Size At Emitter", modular_curves_math_input<
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modular_curves_functional_full_input<&ParticleSource::getEffectPixelSize>,
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modular_curves_global_submember_input<gr_screen, &screen::max_w>,
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ModularCurvesMathOperators::division>{}}
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);
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constexpr static auto modular_curves_lifetime_definition = make_modular_curve_definition<particle, ParticleLifetimeCurvesOutput>(
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std::array {
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std::pair {"Radius", ParticleLifetimeCurvesOutput::RADIUS_MULT},
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std::pair {"Velocity", ParticleLifetimeCurvesOutput::VELOCITY_MULT},
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std::pair {"Radius Mult", ParticleLifetimeCurvesOutput::RADIUS_MULT}, // Modern Naming Alias
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std::pair {"Velocity Mult", ParticleLifetimeCurvesOutput::VELOCITY_MULT}, // Modern Naming Alias
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std::pair {"Length Mult", ParticleLifetimeCurvesOutput::LENGTH_MULT},
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std::pair {"Anim State", ParticleLifetimeCurvesOutput::ANIM_STATE},
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std::pair {"Light Radius Mult", ParticleLifetimeCurvesOutput::LIGHT_RADIUS_MULT},
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std::pair {"Light Source Radius Mult", ParticleLifetimeCurvesOutput::LIGHT_SOURCE_RADIUS_MULT},
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std::pair {"Light Intensity Mult", ParticleLifetimeCurvesOutput::LIGHT_INTENSITY_MULT},
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std::pair {"Light R Mult", ParticleLifetimeCurvesOutput::LIGHT_R_MULT},
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std::pair {"Light G Mult", ParticleLifetimeCurvesOutput::LIGHT_G_MULT},
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std::pair {"Light B Mult", ParticleLifetimeCurvesOutput::LIGHT_B_MULT},
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std::pair {"Light Cone Angle Mult", ParticleLifetimeCurvesOutput::LIGHT_CONE_ANGLE_MULT},
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std::pair {"Light Cone Inner Angle Mult", ParticleLifetimeCurvesOutput::LIGHT_CONE_INNER_ANGLE_MULT},
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},
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//Should you ever need to access something from the effect as a modular curve input:
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//std::pair {"", modular_curves_submember_input<&particle::parent_effect, &ParticleSubeffectHandle::getParticleEffect, &ParticleEffect::>{}}
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std::pair {"Age", modular_curves_submember_input<&particle::age>{}},
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std::pair {"Lifetime", modular_curves_math_input<
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modular_curves_submember_input<&particle::age>,
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modular_curves_submember_input<&particle::max_life>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Radius", modular_curves_submember_input<&particle::radius>{}},
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std::pair {"Apparent Size", modular_curves_math_input<
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modular_curves_functional_input<&getPixelSize>,
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modular_curves_global_submember_input<gr_screen, &screen::max_w>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Velocity", modular_curves_submember_input<&particle::velocity, &vm_vec_mag_quick>{}},
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std::pair {"Parent Object Hitpoints", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &object::hull_strength>{}},
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std::pair {"Parent Ship Hitpoints Fraction", modular_curves_math_input<
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modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &object::hull_strength>,
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modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::ship_max_hull_strength>,
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ModularCurvesMathOperators::division>{}},
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std::pair {"Parent Object Shield", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &shield_get_strength>{}},
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std::pair {"Parent Ship Shield Fraction", modular_curves_math_input<
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modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &shield_get_strength>,
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modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::ship_max_shield_strength>,
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ModularCurvesMathOperators::division>{}},
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|
std::pair {"Parent Ship AB Fuel Left", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::afterburner_fuel>{}},
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std::pair {"Parent Ship Countermeasures Left", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::cmeasure_count>{}},
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std::pair {"Parent Ship Weapon Energy Left", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::weapon_energy>{}},
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std::pair {"Parent Ship ETS Engines", modular_curves_math_input<modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::engine_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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|
std::pair {"Parent Ship ETS Shields", modular_curves_math_input<modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::shield_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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std::pair {"Parent Ship ETS Weapons", modular_curves_math_input<modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::weapon_recharge_index>, modular_curves_global_submember_input<MAX_ENERGY_INDEX>, ModularCurvesMathOperators::division>{}},
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|
std::pair {"Parent Ship EMP Intensity", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::emp_intensity>{}},
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std::pair {"Parent Ship Time Until Explosion", modular_curves_submember_input<&particle::attachment, &effects::EffectAttachment::extract_object, &effects::attachment_object::objnum, &Objects, &obj_get_instance_maybe<OBJ_SHIP>, &ship::final_death_time, static_cast<int (*)(int)>(×tamp_until)>{}})
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.derive_modular_curves_input_only_subset<float>(
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std::pair {"Post-Curves Velocity", modular_curves_self_input{}}
|
|
);
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MODULAR_CURVE_SET(m_modular_curves, modular_curves_definition);
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MODULAR_CURVE_SET(m_lifetime_curves, modular_curves_lifetime_definition);
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private:
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|
float getCurrentFrequencyMult(decltype(modular_curves_definition)::input_type_t source) const;
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|
void sampleNoise(vec3d& noiseTarget, const matrix* orientation, std::pair<anl::CKernel, anl::CInstructionIndex>& noise, decltype(modular_curves_definition)::input_type_t source, ParticleCurvesOutput noiseMult, ParticleCurvesOutput noiseTimeMult, ParticleCurvesOutput noiseSeed) const;
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};
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}
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#endif // PARTICLE_EFFECT_H
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