334     void* args[SkParticles::kNumChannels  in runParticleScript()
339     for (int i = 0; i < SkParticles::kNumChannels; ++i) {  in runParticleScript()
385         fParticles.fData[SkParticles::kAge][i] +=  in advanceTime()
386                 fParticles.fData[SkParticles::kLifetime][i] * deltaTime;  in advanceTime()
387         if (fParticles.fData[SkParticles::kAge][i] > 1.0f) {  in advanceTime()
389             for (int j = 0; j < SkParticles::kNumChannels; ++j) {  in advanceTime()
423             fParticles.fData[SkParticles::kAge            ][fCount] = 0.0f;  in advanceTime()
424             fParticles.fData[SkParticles::kLifetime       ][fCount] = 0.0f;  in advanceTime()
425             fParticles.fData[SkParticles::kPositionX      ][fCount] = fState.fPosition.fX;  in advanceTime()
426             fParticles.fData[SkParticles::kPositionY      ][fCount] = fState.fPosition.fY;  in advanceTime()
427             fParticles.fData[SkParticles::kHeadingX       ][fCount] = fState.fHeading.fX;  in advanceTime()
428             fParticles.fData[SkParticles::kHeadingY       ][fCount] = fState.fHeading.fY;  in advanceTime()
429             fParticles.fData[SkParticles::kScale          ][fCount] = fState.fScale;  in advanceTime()
430             fParticles.fData[SkParticles::kVelocityX      ][fCount] = fState.fVelocity.fX;  in advanceTime()
431             fParticles.fData[SkParticles::kVelocityY      ][fCount] = fState.fVelocity.fY;  in advanceTime()
432             fParticles.fData[SkParticles::kVelocityAngular][fCount] = fState.fSpin;  in advanceTime()
433             fParticles.fData[SkParticles::kColorR         ][fCount] = fState.fColor.fR;  in advanceTime()
434             fParticles.fData[SkParticles::kColorG         ][fCount] = fState.fColor.fG;  in advanceTime()
435             fParticles.fData[SkParticles::kColorB         ][fCount] = fState.fColor.fB;  in advanceTime()
436             fParticles.fData[SkParticles::kColorA         ][fCount] = fState.fColor.fA;  in advanceTime()
437             fParticles.fData[SkParticles::kSpriteFrame    ][fCount] = fState.fFrame;  in advanceTime()
438             fParticles.fData[SkParticles::kRandom         ][fCount] = fState.fRandom;  in advanceTime()
448             fParticles.fData[SkParticles::kLifetime][i] =  in advanceTime()
449                     sk_ieee_float_divide(1.0f, fParticles.fData[SkParticles::kLifetime][i]);  in advanceTime()
450             fStableRandoms[i] = fParticles.fData[SkParticles::kRandom][i];  in advanceTime()
456         fParticles.fData[SkParticles::kRandom][i] = fStableRandoms[i];  in advanceTime()
464         fParticles.fData[SkParticles::kPositionX][i] +=  in advanceTime()
465                 fParticles.fData[SkParticles::kVelocityX][i] * deltaTime;  in advanceTime()
466         fParticles.fData[SkParticles::kPositionY][i] +=  in advanceTime()
467                 fParticles.fData[SkParticles::kVelocityY][i] * deltaTime;  in advanceTime()
469         float spin = fParticles.fData[SkParticles::kVelocityAngular][i];  in advanceTime()
472         float oldHeadingX = fParticles.fData[SkParticles::kHeadingX][i],  in advanceTime()
473               oldHeadingY = fParticles.fData[SkParticles::kHeadingY][i];  in advanceTime()
474         fParticles.fData[SkParticles::kHeadingX][i] = oldHeadingX * c - oldHeadingY * s;  in advanceTime()
475         fParticles.fData[SkParticles::kHeadingY][i] = oldHeadingX * s + oldHeadingY * c;  in advanceTime()
493     for (int i = 0; i < SkParticles::kNumChannels; ++i) {  in setCapacity()