76         fParticles[i].fAge += fParticles[i].fInvLifetime * deltaTime;  in update()
77         if (fParticles[i].fAge > 1.0f) {  in update()
79             fParticles[i]     = fParticles[fCount - 1];  in update()
97             fParticles[fCount].fAge = 0.0f;  in update()
98             fParticles[fCount].fPose.fPosition = { 0.0f, 0.0f };  in update()
99             fParticles[fCount].fPose.fHeading = { 0.0f, -1.0f };  in update()
100             fParticles[fCount].fPose.fScale = 1.0f;  in update()
101             fParticles[fCount].fVelocity.fLinear = { 0.0f, 0.0f };  in update()
102             fParticles[fCount].fVelocity.fAngular = 0.0f;  in update()
103             fParticles[fCount].fColor = { 1.0f, 1.0f, 1.0f, 1.0f };  in update()
104             fParticles[fCount].fFrame = 0.0f;  in update()
105             fParticles[fCount].fRandom = fRandom;  in update()
112                 affector->apply(updateParams, fParticles + spawnBase, numToSpawn);  in update()
119             fParticles[i].fInvLifetime =  in update()
120                 sk_ieee_float_divide(1.0f, fParams->fLifetime.eval(updateParams, fParticles[i]));  in update()
121             fStableRandoms[i] = fParticles[i].fRandom;  in update()
127         fParticles[i].fRandom = fStableRandoms[i];  in update()
136             affector->apply(updateParams, fParticles, fCount);  in update()
142         fParticles[i].fPose.fPosition += fParticles[i].fVelocity.fLinear * deltaTime;  in update()
144         SkScalar c, s = SkScalarSinCos(fParticles[i].fVelocity.fAngular * deltaTime, &c);  in update()
145         SkVector oldHeading = fParticles[i].fPose.fHeading;  in update()
146         fParticles[i].fPose.fHeading = { oldHeading.fX * c - oldHeading.fY * s,  in update()
160         fParams->fDrawable->draw(canvas, fParticles.get(), fCount, &paint);  in draw()
165     fParticles.realloc(capacity);  in setCapacity()