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DS Screens.txt
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DS Screens.txt
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//----- Variables -----------------------------------------------------------------------------------------------------
arm7.read_return = 0
arm9.read_return = 0
core.byte_return = 0
render.dummy = 0
x = 256
y = 192
//----- Broadcast received events -------------------------------------------------------------------------------------
WhenBroadcastReceived(render_screen)
{
Call display.render_screen;
}
WhenBroadcastReceived(start game)
{
Pen.Clear();
Pen.SetPenSizeTo(2);
}
//----- Custom blocks -------------------------------------------------------------------------------------------------
Define arm7.list_read_memory(string addr) (warp=true)
{
If (addr > "0x05FFFFFF")
{
If (addr > "0x07FFFFFF")
{
If (addr > "0x09FFFFFF")
{
}
Else
{
}
}
Else
{
arm7.read_return = arm7.vwram[(1 + floor(((addr - 0x06000000) / 4)))];
}
}
Else
{
If (addr > "0x037FFFFF")
{
If (addr > "0x03FFFFFF")
{
If (addr > "0x047FFFFF")
{
If (addr > "0x04807FFF")
{
arm7.read_return = arm7.wireless.state_1[(1 + floor(((addr - 0x04808000) / 4)))];
}
Else
{
arm7.read_return = arm7.wireless.state_0[(1 + floor(((addr - 0x04800000) / 4)))];
}
}
Else
{
arm7.read_return = arm7.io_ports[(1 + floor(((addr - 0x04000000) / 4)))];
}
}
Else
{
arm7.read_return = arm7.wram[(1 + floor(((addr - 0x03800000) / 4)))];
}
}
Else
{
If (addr > "0x02FFFFFF")
{
arm7.read_return = core.shared_wram[(1 + floor(((addr - 0x03000000) / 4)))];
}
Else
{
If (addr > "0x020C34FF")
{
If (addr > "0x020F423F")
{
If (addr > "0x02124F7F")
{
arm7.read_return = arm7.memory6[(1 + floor(((addr - 0x02124F80) / 4)))];
}
Else
{
arm7.read_return = arm7.memory5[(1 + floor(((addr - 0x020F4240) / 4)))];
}
}
Else
{
arm7.read_return = arm7.memory4[(1 + floor(((addr - 0x020C3500) / 4)))];
}
}
Else
{
If (addr > "0x02030D3F")
{
If (addr > "0x020927BF")
{
arm7.read_return = arm7.memory3[(1 + floor(((addr - 0x020927C0) / 4)))];
}
Else
{
arm7.read_return = arm7.memory2[(1 + floor(((addr - 0x02030D40) / 4)))];
}
}
Else
{
arm7.read_return = arm7.memory1[(1 + floor(((addr - 0x02000000) / 4)))];
}
}
}
}
}
}
Define arm7.read_byte(string addr) (warp=true)
{
Call arm7.list_read_memory(addr);
Call core.get_byte(arm7.read_return)((addr % 4));
arm7.read_return = core.byte_return;
}
Define arm9.list_read_memory(string addr) (warp=true)
{
If (addr > "0x061FFFFF")
{
If (addr > "0x06FFFFFF")
{
If (addr > "0x07FFFFFF")
{
}
Else
{
arm9.read_return = oam[(1 + floor(((addr - 0x07000000) / 4)))];
}
}
Else
{
If (addr > "0x065FFFFF")
{
If (addr > "0x067FFFFF")
{
arm9.read_return = vram.lcdc[(1 + floor(((addr - 0x06800000) / 4)))];
}
Else
{
arm9.read_return = vram.engine_b.obj[(1 + floor(((addr - 0x06600000) / 4)))];
}
}
Else
{
If (addr > "0x063FFFFF")
{
arm9.read_return = vram.engine_a.obj[(1 + floor(((addr - 0x06400000) / 4)))];
}
Else
{
arm9.read_return = vram.engine_b.bg[(1 + floor(((addr - 0x06200000) / 4)))];
}
}
}
}
Else
{
If (addr > "0x03FFFFFF")
{
If (addr > "0x05FFFFFF")
{
arm9.read_return = vram.engine_a.bg[(1 + floor(((addr - 0x06000000) / 4)))];
}
Else
{
If (addr > "0x04FFFFFF")
{
arm9.read_return = arm9.standard_palettes[(1 + floor(((addr - 0x05000000) / 4)))];
}
Else
{
arm9.read_return = arm9.io_ports[(1 + floor(((addr - 0x04000000) / 4)))];
}
}
}
Else
{
If (addr > "0x01FFFFFF")
{
If (addr > "0x02FFFFFF")
{
arm9.read_return = core.shared_wram[(1 + floor(((addr - 0x03000000) / 4)))];
}
Else
{
If (addr > "0x020C34FF")
{
If (addr > "0x020F423F")
{
If (addr > "0x02124F7F")
{
arm9.read_return = arm9.memory6[(1 + floor(((addr - 0x02124F80) / 4)))];
}
Else
{
arm9.read_return = arm9.memory5[(1 + floor(((addr - 0x020F4240) / 4)))];
}
}
Else
{
arm9.read_return = arm9.memory4[(1 + floor(((addr - 0x020C3500) / 4)))];
}
}
Else
{
If (addr > "0x02030D3F")
{
If (addr > "0x020927BF")
{
arm9.read_return = arm9.memory3[(1 + floor(((addr - 0x020927C0) / 4)))];
}
Else
{
arm9.read_return = arm9.memory2[(1 + floor(((addr - 0x02030D40) / 4)))];
}
}
Else
{
arm9.read_return = arm9.memory1[(1 + floor(((addr - 0x02000000) / 4)))];
}
}
}
}
Else
{
If (addr > "0xXXXXFFFF")
{
}
Else
{
}
}
}
}
}
Define arm9.read_byte(string addr) (warp=true)
{
Call arm9.list_read_memory(addr);
Call core.get_byte(arm9.read_return)((addr % 4));
arm9.read_return = core.byte_return;
}
Define core.get_byte(string number)(string byte) (warp=true)
{
core.byte_return = floor(((number / Operator.Round(e ^((5.545177444479562 * (3 - (byte % 4)))))) % 256));
}
Define display.render_screen (warp=true)
{
y = 0;
Repeat (192)
{
x = 0;
Repeat (256)
{
Call goto pixel at(x)(y) on screen(0);
render.dummy = display.screen[(1 + (x + (256 * y)))];
Pen.SetPenColorToColor(((524288 * (render.dummy % 32)) + ((2048 * (floor((render.dummy / 32)) % 32)) + (8 * (floor((render.dummy / 1024)) % 32)))));
Pen.Down();
x += 1;
}
Pen.Clear();
y += 1;
}
}
Define goto pixel at(string x)(string y) on screen(string screen) (warp=true)
{
If (options.vertical_screens == "true")
{
Motion.GoToXY(Operator.Round(((x / 1.06666667) - (240 * (1 - screen)))), Operator.Round((102.4 - (y / 1.06666667))));
}
Else
{
Motion.GoToXY(Operator.Round(((x / 1.06666667) - 120)), Operator.Round(((180 - (y / 1.06666667)) - (180 * screen))));
}
}
//----- Costumes ------------------------------------------------------------------------------------------------------
costume1.svg