Dynamic Z

Dynamic Z is a patch for Super Mario World that allows performing a variety of actions during V-Blank. It was made by anonimzwx. Dynamic Z is meant to be a replacement for DSX as both allow coding dynamic sprites.

Dynamic Z does not require a buffer for coding dynamic sprites, which significantly reduces the slowdown caused by these type of sprites. Additionally, it can create sprites with a 30FPS animation synchronized with each other; this allows having twice as many dynamic sprites on-screen compared to DSX.

Features

• Graphic changes
• Color palette changes
• Color palette and graphic changes on the player
• Tile changes
• Support for Dynamic, Semi-Dynamic and Giga-Dynamic sprites
• A special DMA mode, which grants 50% more transfer capacity by removing the game's original DMA code
• Player DMA optimizations that gives more time during NMI and slightly curbs slowdown
• Compatibility with DSX sprites

How it works?

Dynamic Sprite Support

Dynamic Z have tables to define transfers to VRAM between #7400 and #7FFF (In the case of Overworld Sprites #6800 and #6FFF) . Every Table have 1 slot for each space of 16x8:

• DMA Resource: This Table is used to know in what RAM Address starts the source that will be transfer to the VRAM.
• DMA BNK: This Table is used to know in what Bank starts dma must find the DMA Resource.
• DMA Length: This Table is used to know how much data must send to VRAM.

Each slot of the tables is mapped to a value on the VRAM, the first slot start at #7400 and the last starts at #7FE0, Between 2 consecutive slots, there are 20 address of diference on the VRAM (40 bytes of difference).

To know what slots read of the tables, Dynamic Z use a table called DMA Next, each slot on this table indicates a link between a slot and another slot, for example, if slot #$00 have the value #$20, then after load slot #$00 on the VRAM, the patch will loads slot #$20, if a Slot have the value #$FF, if the patch read that slot, will finish the transfer to VRAM.

To know what is the first slot, there is a RAM Address called First Slot, if this address is #$FF, then Dynamic Z won't load anything on the VRAM.

With the table DMA Next, Dynamic Z create a data structure called Linked List. To add DMA Transfers at the end of the list, there is a RAM Address called Last Slot that have the last slot that will be loaded on the VRAM.

To connect this system with sprites there are some tables that can be used:

• Slots Used By Sprite: Dynamic Z Consideres each slot as a square of 16x16, each dynamic sprite use a number of slots, for example a dynamic sprite of 16x16 uses 1 slot, here a table with the number of slots of each sprite:

Size	Slots
16x16	1
32x16	2
32x32	4
48x48	8
64x64	16
80x80	24
96x96	All
112x112	All

In the case of 96x96 and 112x112 Dynamic Sprites, they uses their own system and they reserve all slots. You can't use a 96x96 or 112x112 Dynamic Sprite with others Dynamic Sprites.

• FPS: This table is used to know the frecuency of a sprite to change it's graphics on the VRAM. Dynamic Z allows 2 frecuencies, 30 FPS (can change their graphics every 2 snes frames) and 60 FPS (can change their graphics each frame). On practice use 30 FPS allows to use the double of Dynamic Sprites, because you can sincronice their Dynamic Routines and have 16 slots (24 with 50% more mode) for sprites that loads their graphics on even frames and 16 (or 24) for sprites that loads their graphics on odd frames. Almost all sprites can be made with 30FPS, try to avoid 60FPS dynamic sprites.
• Sprite Type: It is used to know the type of the dynamic sprite, #$00 = Free Slot, #$01 = Normal, #$02 = Extended, #$03 = Cluster and #$04 = Overworld Sprite.
• Sprite ID: It is used to know what is the Index of the sprite on its sprite table.
• Sprite Number: It is used to know what is the Number of the sprite.
• Transfer Frame: It is one table for each kind of sprite. It is used for 30FPS to know if it uses slots of even frames or odd frames. if bit 7 is 0 = Even Frames, if bit 7 is 1 = Odd Frames. Also is used to know if the sprite must reserve a slot starting from the bottom of the Dynamic Space (for example on the second half of SP4) or from the top of the Dynamic Space (second half of SP3), if Bit 6 is 0 = Bottom, if bit 6 is 1 = Top.
• VRAM Disp: It is one table for each kind of sprite. It is used to know what is the slot assigned to the sprite.
• Signals: They represent if a space on the VRAM is used by a sprite, each Signal represents 4 slots, each group of 2 slots on each signal is a counter that decrease in 1 each frame, if the value is #$00 then the slot is free to use.
• Max Slots: Is the max number of slots that can be used in each frame. By default is #$10 (16 slots), if you use 50% more mode it can be #$18 (24 slots). This value can be modified by the user if he wants to use less space on SP4 or SP3, for example if the user use Max Slot = #$08, then only will use a space of 128x32 on the VRAM.

RAM Addresses

Name	Address	SA-1 Address	Define	Length	Description
Dynamic Timer	7F0B44	418000	!DynamicTimer	1 byte	A timer that decrease in 1, every frame when Dynamic Z is working, it is used for 30FPS Dynamic sprites to know if the frame is even or odd.
Signal for the Bottom Left Quarter of Second Half of SP4	7F0B45	418001	!SignalSP4SecondHalfBottomLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Left quarter of the second half of SP 4 are used free or not.
Signal for the Bottom Right Quarter of Second Half of SP4	7F0B46	418002	!SignalSP4SecondHalfBottomRightQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Right quarter of the second half of SP 4 are used free or not.
Signal for the Top Left Quarter of Second Half of SP4	7F0B47	418003	!SignalSP4SecondHalfTopLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Top Left quarter of the second half of SP 4 are used free or not.
Signal for the Top Right Quarter of Second Half of SP4	7F0B48	418004	!SignalSP4SecondHalfTopRightQuarter	1 byte	Signal used to know if slots that are allocated on the Top Right quarter of the second half of SP 4 are used free or not.
Signal for the Bottom Left Quarter of First Half of SP4	7F0B49	418005	!SignalSP4FirstHalfBottomLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Left quarter of the second half of SP 4 are used free or not.
Signal for the Bottom Right Quarter of First Half of SP4	7F0B4A	418006	!SignalSP4FirstHalfBottomRightQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Right quarter of the second half of SP 4 are used free or not.
Signal for the Top Left Quarter of First Half of SP4	7F0B4B	418007	!SignalSP4FirstHalfTopLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Top Left quarter of the first half of SP 4 are used free or not.
Signal for the Top Right Quarter of First Half of SP4	7F0B4C	418008	!SignalSP4FirstHalfTopRightQuarter	1 byte	Signal used to know if slots that are allocated on the Top Right quarter of the first half of SP 4 are used free or not.
Signal for the Bottom Left Quarter of Second Half of SP3	7F0B4D	418009	!SignalSP3SecondHalfBottomLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Left quarter of the second half of SP 3 are used free or not.
Signal for the Bottom Right Quarter of Second Half of SP3	7F0B4E	41800A	!SignalSP3SecondHalfBottomRightQuarter	1 byte	Signal used to know if slots that are allocated on the Bottom Right quarter of the second half of SP 3 are used free or not.
Signal for the Top Left Quarter of Second Half of SP3	7F0B4F	41800B	!SignalSP3SecondHalfTopLeftQuarter	1 byte	Signal used to know if slots that are allocated on the Top Left quarter of the second half of SP 3 are used free or not.
Signal for the Top Right Quarter of Second Half of SP3	7F0B50	41800C	!SignalSP3SecondHalfTopRightQuarter	1 byte	Signal used to know if slots that are allocated on the Top Right quarter of the second half of SP 3 are used free or not.
Slots Used in Even Frames	7F0B51	41800D	!SlotsUsedEven	1 byte	Number of slots used on even frames.
Slots Used in Odd Frames	7F0B52	41800E	!SlotsUsedOdd	1 byte	Number of slots used on odd frames.
Max Slots	7F0B53	41800F	!MaxSlots	1 byte	Maximum number of slots that can be used per frame.
Number of Blocks	7F0B54	418010	!NumberOfBlocks	1 byte	Number of blocks that can be used for Dynamic Routines, each block represent a space in VRAM of 128x32, by default is 2 (equivalent to have a complete SP for dynamic sprites).
VRAM Displacement Normal Sprites	7F0B55	418011	!VRAMDispNormalSprite	12 bytes (22 bytes on SA1 roms)	A number used to know what is the slot assigned to a Normal Dynamic Sprite.
VRAM Displacement Extended Sprites	7F0B61	418027	!VRAMDispExtendedSprite	10 bytes	A number used to know what is the slot assigned to a Extended Dynamic Sprite.
VRAM Displacement Cluster Sprites	7F0B6B	418031	!VRAMDispClusterSprite	20 bytes	A number used to know what is the slot assigned to a Cluster Dynamic Sprite.
VRAM Displacement Overworld Sprites	7F0B7F	418045	!VRAMDispOWSprite	16 bytes	A number used to know what is the slot assigned to a OVerworld Dynamic Sprite.
Transfer Frame Normal Sprite	7F0B8F	418055	!TransferFrameNormalSprite	12 bytes (22 bytes on SA1 roms)	Used to know if the sprite must find slot starting from the Top of the Dynamic Space or starting from the bottom. Also in 30FPS Dynamic sprites is used to know if the dynamic routine must be made on even or odd frames.
Transfer Frame Extended Sprite	7F0B9B	41806B	!TransferFrameExtendedSprite	10 bytes	Used to know if the sprite must find slot starting from the Top of the Dynamic Space or starting from the bottom. Also in 30FPS Dynamic sprites is used to know if the dynamic routine must be made on even or odd frames.
Transfer Frame Cluster Sprite	7F0BA5	418075	!TransferFrameClusterSprite	20 bytes	Used to know if the sprite must find slot starting from the Top of the Dynamic Space or starting from the bottom. Also in 30FPS Dynamic sprites is used to know if the dynamic routine must be made on even or odd frames.
Transfer Frame Overworld Sprite	7F0BB9	418089	!TransferFrameOWSprite	16 bytes	Used to know if the sprite must find slot starting from the Top of the Dynamic Space or starting from the bottom. Also in 30FPS Dynamic sprites is used to know if the dynamic routine must be made on even or odd frames.
Slots used by Sprite	7F0BC9	418099	!SlotsUsedBySprite	48 bytes	How many slots are used for each dynamic sprite.
FPS	7F0BF9	4180C9	!FPSSprite	48 bytes	Used to know if a sprite if 30 or 60 FPS.
Sprite Type	418129	4180F9	!SlotSpriteType	48 bytes	Used to know if a slot is free or what is the type of the dynamic sprite of each slot.
Sprite ID	418159	418129	!SlotSpriteID	48 bytes	Used to know what is the index of a dynamic sprite.
Sprite Number	418189	418159	!SlotSpriteNumber	48 bytes	Used to know what is the sprite number of each dynamic sprite.
DMA Map Resource	4181B9	418189	!DMAMapResource	192 bytes	Used to know where are allocated the resources on the ROM (or RAM). (2 bytes per slot).
DMA MAp Bank	418279	418249	!DMAMapBNK	96 bytes	Used to know in what bank are allocated the resources on the ROM (or RAM). (1 bytes per slot).
DMA Map Lenght	4182D9	4182A9	!DMAMapLenght	192 bytes	Used to know how many bytes must be transfer. (2 bytes per slot).
DMA Map Next Slot	418399	418369	!DMAMapNext	96 bytes	After transfer 1 slot to the VRAM, It is used to know what is the next slot that must be loaded to the VRAM. (1 bytes per slot).
First Slot	4183F9	418399	!FirstSlot	1 byte	Used to know what is the first slot that must be loaded on the VRAM. If it is #$FF then doesn't load anything to the VRAM.
Last Slot	4183FA	41839A	!LastSlot	1 byte	Used to know what is the last slot that must be loaded on the VRAM.
50% more mode	4183FB	41839B	!Mode50More	1 byte	If it is 1, activate 50% more mode. In this default smw status bar, all default animated tiles of SP1 and dma used for tile E3 and F0 are disable. This allows to have 50% more slots for dynamic sprites or to transfer 50% more data to VRAM. (Must disable global animated tiles and animated palettes on LM).

Routines

Dynamic Z includes some routines to do all easier:

• Dynamic Routine: Do the dynamic routine of a sprite.
• Reserve: Reserve a slot for a new dynamic sprite. If the sprite can't reserve a slot then it will be killed. In the case of normal sprite they can be reloaded if the player return to the area.
• Send Signal: This routine says to Dynamic Z that the slots reserved by a sprite are still used and don't overwrite them.

Here a list of all Routines:

Name	Define	Description
Dynamic Routine for 16x16 sprites	!DynamicRoutine16x16	Dynamic Routine used by dynamic sprites of 16x16.
Dynamic Routine for 32x16 sprites	!DynamicRoutine32x16	Dynamic Routine used by dynamic sprites of 32x16.
Dynamic Routine for 32x32 sprites	!DynamicRoutine32x32	Dynamic Routine used by dynamic sprites of 32x32.
Dynamic Routine for 48x48 sprites	!DynamicRoutine48x48	Dynamic Routine used by dynamic sprites of 48x48.
Dynamic Routine for 64x64 sprites	!DynamicRoutine64x64	Dynamic Routine used by dynamic sprites of 64x64.
Dynamic Routine for 80x80 sprites	!DynamicRoutine80x80	Dynamic Routine used by dynamic sprites of 80x80.
Reserve Slot for 16x16 30FPS Normal Sprite	!Reserve16x16NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 16x16.
Reserve Slot for 16x16 60FPS Normal Sprite	!Reserve16x16NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 16x16.
Reserve Slot for 16x16 30FPS Extended Sprite	!Reserve16x16ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 16x16.
Reserve Slot for 16x16 60FPS Extended Sprite	!Reserve16x16ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 16x16.
Reserve Slot for 16x16 30FPS Cluster Sprite	!Reserve16x16ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 16x16.
Reserve Slot for 16x16 60FPS Cluster Sprite	!Reserve16x16ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 16x16.
Reserve Slot for 16x16 30FPS Overworld Sprite	!Reserve16x16OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 16x16.
Reserve Slot for 16x16 60FPS Overworld Sprite	!Reserve16x16OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 16x16.
Reserve Slot for 32x16 30FPS Normal Sprite	!Reserve32x16NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 32x16.
Reserve Slot for 32x16 60FPS Normal Sprite	!Reserve32x16NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 32x16.
Reserve Slot for 32x16 30FPS Extended Sprite	!Reserve32x16ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 32x16.
Reserve Slot for 32x16 60FPS Extended Sprite	!Reserve32x16ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 32x16.
Reserve Slot for 32x16 30FPS Cluster Sprite	!Reserve32x16ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 32x16.
Reserve Slot for 32x16 60FPS Cluster Sprite	!Reserve32x16ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 32x16.
Reserve Slot for 32x16 30FPS Overworld Sprite	!Reserve32x16OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 32x16.
Reserve Slot for 32x16 60FPS Overworld Sprite	!Reserve32x16OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 32x16.
Reserve Slot for 32x32 30FPS Normal Sprite	!Reserve32x32NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 32x32.
Reserve Slot for 32x32 60FPS Normal Sprite	!Reserve32x32NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 32x32.
Reserve Slot for 32x32 30FPS Extended Sprite	!Reserve32x32ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 32x32.
Reserve Slot for 32x32 60FPS Extended Sprite	!Reserve32x32ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 32x32.
Reserve Slot for 32x32 30FPS Cluster Sprite	!Reserve32x32ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 32x32.
Reserve Slot for 32x32 60FPS Cluster Sprite	!Reserve32x32ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 32x32.
Reserve Slot for 32x32 30FPS Overworld Sprite	!Reserve32x32OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 32x32.
Reserve Slot for 32x32 60FPS Overworld Sprite	!Reserve32x32OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 32x32.
Reserve Slot for 48x48 30FPS Normal Sprite	!Reserve48x48NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 48x48.
Reserve Slot for 48x48 60FPS Normal Sprite	!Reserve48x48NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 48x48.
Reserve Slot for 48x48 30FPS Extended Sprite	!Reserve48x48ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 48x48.
Reserve Slot for 48x48 60FPS Extended Sprite	!Reserve48x48ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 48x48.
Reserve Slot for 48x48 30FPS Cluster Sprite	!Reserve48x48ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 48x48.
Reserve Slot for 48x48 60FPS Cluster Sprite	!Reserve48x48ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 48x48.
Reserve Slot for 48x48 30FPS Overworld Sprite	!Reserve48x48OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 48x48.
Reserve Slot for 48x48 60FPS Overworld Sprite	!Reserve48x48OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 48x48.
Reserve Slot for 64x64 30FPS Normal Sprite	!Reserve64x64NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 64x64.
Reserve Slot for 64x64 60FPS Normal Sprite	!Reserve64x64NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 64x64.
Reserve Slot for 64x64 30FPS Extended Sprite	!Reserve64x64ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 64x64.
Reserve Slot for 64x64 60FPS Extended Sprite	!Reserve64x64ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 64x64.
Reserve Slot for 64x64 30FPS Cluster Sprite	!Reserve64x64ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 64x64.
Reserve Slot for 64x64 60FPS Cluster Sprite	!Reserve64x64ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 64x64.
Reserve Slot for 64x64 30FPS Overworld Sprite	!Reserve64x64OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 64x64.
Reserve Slot for 64x64 60FPS Overworld Sprite	!Reserve64x64OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 64x64.
Reserve Slot for 80x80 30FPS Normal Sprite	!Reserve80x80NormalSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Normal Sprite of 80x80.
Reserve Slot for 80x80 60FPS Normal Sprite	!Reserve80x80NormalSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Normal Sprite of 80x80.
Reserve Slot for 80x80 30FPS Extended Sprite	!Reserve80x80ExtendedSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Extended Sprite of 80x80.
Reserve Slot for 80x80 60FPS Extended Sprite	!Reserve80x80ExtendedSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Extended Sprite of 80x80.
Reserve Slot for 80x80 30FPS Cluster Sprite	!Reserve80x80ClusterSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Cluster Sprite of 80x80.
Reserve Slot for 80x80 60FPS Cluster Sprite	!Reserve80x80ClusterSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Cluster Sprite of 80x80.
Reserve Slot for 80x80 30FPS Overworld Sprite	!Reserve80x80OWSpriteOf30FPS	Reserve a slot for a Dynamic 30FPS Overworld Sprite of 80x80.
Reserve Slot for 80x80 60FPS Overworld Sprite	!Reserve80x80OWSpriteOf60FPS	Reserve a slot for a Dynamic 60FPS Overworld Sprite of 80x80.
Send Signal for 16x16 Normal Sprite	!SendSignal16x16Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 16x16.
Send Signal for 16x16 Extended Sprite	!SendSignal16x16Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 16x16.
Send Signal for 16x16 Cluster Sprite	!SendSignal16x16Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 16x16.
Send Signal for 16x16 Overworld Sprite	!SendSignal16x16OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 16x16.
Send Signal for 32x16 Normal Sprite	!SendSignal32x16Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 32x16.
Send Signal for 32x16 Extended Sprite	!SendSignal32x16Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 32x16.
Send Signal for 32x16 Cluster Sprite	!SendSignal32x16Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 32x16.
Send Signal for 32x16 Overworld Sprite	!SendSignal32x16OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 32x16.
Send Signal for 32x32 Normal Sprite	!SendSignal32x32Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 32x32.
Send Signal for 32x32 Extended Sprite	!SendSignal32x32Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 32x32.
Send Signal for 32x32 Cluster Sprite	!SendSignal32x32Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 32x32.
Send Signal for 32x32 Overworld Sprite	!SendSignal32x32OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 32x32.
Send Signal for 48x48 Normal Sprite	!SendSignal48x48Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 48x48.
Send Signal for 48x48 Extended Sprite	!SendSignal48x48Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 48x48.
Send Signal for 48x48 Cluster Sprite	!SendSignal48x48Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 48x48.
Send Signal for 48x48 Overworld Sprite	!SendSignal48x48OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 48x48.
Send Signal for 64x64 Normal Sprite	!SendSignal64x64Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 64x64.
Send Signal for 64x64 Extended Sprite	!SendSignal64x64Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 64x64.
Send Signal for 64x64 Cluster Sprite	!SendSignal64x64Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 64x64.
Send Signal for 64x64 Overworld Sprite	!SendSignal64x64OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 64x64.
Send Signal for 80x80 Normal Sprite	!SendSignal80x80Normal	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Normal Sprite of 80x80.
Send Signal for 80x80 Extended Sprite	!SendSignal80x80Extended	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Extended Sprite of 80x80.
Send Signal for 80x80 Cluster Sprite	!SendSignal80x80Cluster	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Cluster Sprite of 80x80.
Send Signal for 80x80 Overworld Sprite	!SendSignal80x80OW	Send a signal to Dynamic Z to avoid overwrite slots used for a Dynamic Overworld Sprite of 80x80.