Merge branch 'PhaseAlignedSampling' of github.com:TomHarte/CLK into PhaseAlignedSampling

README.md

@@ -30,6 +30,16 @@ Similar effort is put into audio generation. If the real machine normally genera
 
 If your machine has a 4k monitor and a 96Khz audio output? Then you'll get a 4k rendering of a composite display and, assuming the emulated machine produces source audio at or above 96Khz, 96,000 individual distinct audio samples a second. Interlaced video also works and looks much as it always did on those machines that produce it.
 
+### Samples
+
+| 1:1 Pixel Copying | Composite Decoded |
+|---|---|
+|![The Electron start screen, with a classic 1:1 pixel emulation](READMEImages/NaiveElectron.png)|![The Electron start screen, decoded from an interlaced composite feed](READMEImages/CompositeElectron.png)|
+|![Repton 3 in game, with a classic 1:1 pixel emulation](READMEImages/NaiveRepton3.png)|![Repton 3 in game, decoded from an interlaced composite feed](READMEImages/CompositeRepton3.png)|
+|![Stormlord with a classic 1:1 pixel emulation](READMEImages/NaiveStormlord.png)|![Stormlord decoded from an interlaced composite feed](READMEImages/CompositeStormlord.png)|
+
+<img src="READMEImages/ReptonInterlaced.gif" height=600 alt="Repton title screen, interlaced">
+
 ## Low Latency
 
 The display produced is an emulated CRT, with phosphor decay. Therefore if you have a 140Hz monitor it can produce 140 distinct frames per second. Latency is dictated by the output hardware, not the emulated machine.