Sly 1:Executable: Difference between revisions

Line 37:

* First, check if <code>g_mpeg</code> has an [[MPEG]] queued to be played. If so:

** <code>FlushFrames(1);</code> – Call some graphics functions and swap the graphics synthesizer buffers

** <code>FlushFrames(1)</code> – Call some graphics functions and swap the graphics synthesizer buffers

** <code>CTransition::Execute(&g_transition);</code> – Execute the MPEG on the global transition instance

** <code>CTransition::Execute(&g_transition)</code> – Execute the MPEG on the global transition instance

* Check if <code>g_transition</code> has a pending transition (<code>m_fPending != 0</code>). If so:

** <code>FlushFrames(1);</code>

** <code>FlushFrames(1)</code>

** Call a function that calls <code>CMpeg::Execute</code> on the <code>g_transition</code> instance

* Check '''again''' if <code>g_mpeg</code> has an MPEG queued to be played (this happens if two MPEGs were queued to play back-to-back) If so:

** <code>FlushFrames(1);</code>

** <code>FlushFrames(1)</code>

** <code>CTransition::Execute(&g_transition);</code>

** <code>CTransition::Execute(&g_transition)</code>

* <code>UpdateJoy(&g_joy);</code> – Handle controller input

* <code>UpdateJoy(&g_joy)</code> – Handle controller input

* <code>UpdateCodes();</code> – Watch for [[Cheat codes|cheat code]] inputs

* <code>UpdateCodes()</code> – Watch for [[Cheat codes|cheat code]] inputs

* <code>unk_save_related(&g_save_related_as4);</code> – This function is not well understood, but [[Saving#Sly 1|saving]] the game is impossible without it

* <code>unk_save_related(&g_save_related_as4)</code> – This function is not well understood, but [[Saving#Sly 1|saving]] the game is impossible without it

* <code>UpdateUi(&g_ui);</code> – Update the state of GUI [[BLOT|blots]]

* <code>UpdateUi(&g_ui)</code> – Update the state of GUI [[BLOT|blots]]

* <code>UpdateGameState(g_clock.dt);</code> – Update the running timers on the [[GS|game state]] structs

* <code>UpdateGameState(g_clock.dt)</code> – Update the running timers on the [[GS|game state]] structs

* <code>if (g_psw != (SW *)0x0)</code> – If g_psw is not NULL...

** <code>SetupCm(g_pcm);</code> – Setup some camera values to render the next frame

** <code>SetupCm(g_pcm)</code> – Setup some camera values to render the next frame

** <code>OpenFrame();</code> – Prepare to render the next frame

** <code>OpenFrame()</code> – Prepare to render the next frame

** <code>MarkClockTick(&g_clock);</code> – Update the global [[clock]] values

** <code>MarkClockTick(&g_clock)</code> – Update the global [[clock]] values

** Grab a function pointer from the <code>g_psw</code> struct and execute it if it is not NULL (the function takes <code>g_clock.dt</code> as an argument)

** <code>RenderSw(g_psw,g_pcm);</code> – Render gameobjects on the current frame

** <code>RenderSw(g_psw,g_pcm)</code> – Render gameobjects on the current frame

** <code>RenderUi();</code> – Render the gui elements on the current frame

** <code>RenderUi()</code> – Render the gui elements on the current frame

** <code>DrawSw(g_psw,g_pcm);</code> – Draw the gameobjects on the frame

** <code>DrawSw(g_psw,g_pcm)</code> – Draw the gameobjects on the frame

** <code>DrawUi();</code> – Draw the gui elements on the frame

** <code>DrawUi()</code> – Draw the gui elements on the frame

** <code>CloseFrame();</code> – Finish rendering the frame

** <code>CloseFrame()</code> – Finish rendering the frame

* <code>g_cframe ~~= g_cframe~~ + 1;</code> – ~~Update~~ the global frame counter

* <code>g_cframe++</code> – Increment the global frame counter

This loop continues infinitely unless <code>Exit</code> is called or a handled exception causes execution to halt, in which case you are immediately booted back to the PS2 BIOS.

@@ Line 37: / Line 37: @@
 * First, check if <code>g_mpeg</code> has an [[MPEG]] queued to be played. If so:
-** <code>FlushFrames(1);</code> – Call some graphics functions and swap the graphics synthesizer buffers
+** <code>FlushFrames(1)</code> – Call some graphics functions and swap the graphics synthesizer buffers
-** <code>CTransition::Execute(&g_transition);</code> – Execute the MPEG on the global transition instance
+** <code>CTransition::Execute(&g_transition)</code> – Execute the MPEG on the global transition instance
 * Check if <code>g_transition</code> has a pending transition (<code>m_fPending != 0</code>). If so:
-** <code>FlushFrames(1);</code>
+** <code>FlushFrames(1)</code>
 ** Call a function that calls <code>CMpeg::Execute</code> on the <code>g_transition</code> instance
 * Check '''again''' if <code>g_mpeg</code> has an MPEG queued to be played (this happens if two MPEGs were queued to play back-to-back) If so:
-** <code>FlushFrames(1);</code>
+** <code>FlushFrames(1)</code>
-** <code>CTransition::Execute(&g_transition);</code>
+** <code>CTransition::Execute(&g_transition)</code>
-* <code>UpdateJoy(&g_joy);</code> – Handle controller input
+* <code>UpdateJoy(&g_joy)</code> – Handle controller input
-* <code>UpdateCodes();</code> – Watch for [[Cheat codes|cheat code]] inputs
+* <code>UpdateCodes()</code> – Watch for [[Cheat codes|cheat code]] inputs
-* <code>unk_save_related(&g_save_related_as4);</code> – This function is not well understood, but [[Saving#Sly 1|saving]] the game is impossible without it
+* <code>unk_save_related(&g_save_related_as4)</code> – This function is not well understood, but [[Saving#Sly 1|saving]] the game is impossible without it
-* <code>UpdateUi(&g_ui);</code> – Update the state of GUI [[BLOT|blots]]
+* <code>UpdateUi(&g_ui)</code> – Update the state of GUI [[BLOT|blots]]
-* <code>UpdateGameState(g_clock.dt);</code> – Update the running timers on the [[GS|game state]] structs
+* <code>UpdateGameState(g_clock.dt)</code> – Update the running timers on the [[GS|game state]] structs
 * <code>if (g_psw != (SW *)0x0)</code> – If g_psw is not NULL...
-** <code>SetupCm(g_pcm);</code> – Setup some camera values to render the next frame
+** <code>SetupCm(g_pcm)</code> – Setup some camera values to render the next frame
-** <code>OpenFrame();</code> – Prepare to render the next frame
+** <code>OpenFrame()</code> – Prepare to render the next frame
-** <code>MarkClockTick(&g_clock);</code> – Update the global [[clock]] values
+** <code>MarkClockTick(&g_clock)</code> – Update the global [[clock]] values
 ** Grab a function pointer from the <code>g_psw</code> struct and execute it if it is not NULL (the function takes <code>g_clock.dt</code> as an argument)
-** <code>RenderSw(g_psw,g_pcm);</code> – Render gameobjects on the current frame
+** <code>RenderSw(g_psw,g_pcm)</code> – Render gameobjects on the current frame
-** <code>RenderUi();</code> – Render the gui elements on the current frame
+** <code>RenderUi()</code> – Render the gui elements on the current frame
-** <code>DrawSw(g_psw,g_pcm);</code> – Draw the gameobjects on the frame
+** <code>DrawSw(g_psw,g_pcm)</code> – Draw the gameobjects on the frame
-** <code>DrawUi();</code> – Draw the gui elements on the frame
+** <code>DrawUi()</code> – Draw the gui elements on the frame
-** <code>CloseFrame();</code> – Finish rendering the frame
+** <code>CloseFrame()</code> – Finish rendering the frame
-* <code>g_cframe = g_cframe + 1;</code> – Update the global frame counter
+* <code>g_cframe++</code> – Increment the global frame counter
 This loop continues infinitely unless <code>Exit</code> is called or a handled exception causes execution to halt, in which case you are immediately booted back to the PS2 BIOS.

Sly 1:Executable: Difference between revisions

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