Difference between revisions of "BLO file"
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== PAN2 == | == PAN2 == | ||
| − | This section acts like a group, it holds many <code>PIC2</code> and <code>TBX2</code> segments together so you can easily move a whole object as one piece. There is always a <code>PAN2</code> section called <code>ROOT</code> in every <code>scrnblo2</code>, and sometimes | + | This section acts like a group, it holds many <code>PIC2</code> and <code>TBX2</code> segments together so you can easily move a whole object as one piece. There is always a <code>PAN2</code> section called <code>ROOT</code> in every <code>scrnblo2</code>, and sometimes more. |
| − | * <code>0x12</code>: The name of the material | + | * <code>0x12</code>: The name of the material. |
| − | * <code>0x20</code>: 2 floats representing x and y | + | * <code>0x20</code>: 2 floats representing x and y size coordinates. Does nothing in PAN2. |
| − | * <code>0x28</code>: 2 floats representing x and y scale. | + | * <code>0x28</code>: 2 floats representing x and y scale. Often 1. |
| − | * <code>0x3C</code>: 2 floats representing x and y coordinates relative to | + | * <code>0x3C</code>: 2 floats representing x and y coordinates, relative to parent PAN2. |
| − | + | A PAN2 is like an opening curly bracket, everything after it will be a child of it, until you reach and "END1" command, which acts like the closing bracket. You can have PAN2 objects nested in other PAN2s as well. | |
== PIC2 == | == PIC2 == | ||
This is very similar to the last segment, but for an individual sprite object. They are notably longer than <code>PAN2</code> segments. You probably shouldn't change their parameters if you have the option to edit their whole <code>PAN2</code> segment instead. Here's some info about them: | This is very similar to the last segment, but for an individual sprite object. They are notably longer than <code>PAN2</code> segments. You probably shouldn't change their parameters if you have the option to edit their whole <code>PAN2</code> segment instead. Here's some info about them: | ||
| − | * <code>0x07</code>: string | + | * <code>0x07</code>: string saying <code>pan2</code> |
| − | * <code>0x19</code>: Name of material | + | * <code>0x19</code>: Name of material, it likes to have <code>RE</code> before it for some reason, but that's not part of the name. |
| − | * <code>0x28</code>: | + | * <code>0x28</code>: x and y pixel dimensions. |
* <code>0x30</code>: x and y scale. | * <code>0x30</code>: x and y scale. | ||
| − | * <code>0x45</code>: x and y coordinates relative to <code>PAN2</code> entry. | + | * <code>0x45</code>: x and y coordinates relative to parent <code>PAN2</code> entry. |
| − | After that is | + | After that is a whole row for the RGBA gradient colors for each corner of the sprite. |
== TBX2 == | == TBX2 == | ||
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* <code>0x1A</code>: internal name of material being used. | * <code>0x1A</code>: internal name of material being used. | ||
* <code>0x21</code>: text ID used. The developers like to put placeholder text IDs here when the screen could show multiple messages, so it only really works for fully static text. | * <code>0x21</code>: text ID used. The developers like to put placeholder text IDs here when the screen could show multiple messages, so it only really works for fully static text. | ||
| − | * <code>0x27</code>: x and y | + | * <code>0x27</code>: x and y dimensions of containing box |
* <code>0x30</code>: x and y scale. | * <code>0x30</code>: x and y scale. | ||
| − | * <code>0x43</code>: | + | * <code>0x43</code>: x and y offset to parent. |
After that is some random data, followed by the text itself, in an early version where things like color and size change and text box terminators are called by their internal names. Can show early scripts of the games text in some areas. | After that is some random data, followed by the text itself, in an early version where things like color and size change and text box terminators are called by their internal names. Can show early scripts of the games text in some areas. | ||
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[[Category:File formats]] | [[Category:File formats]] | ||
[[Category:Pikmin 2]] | [[Category:Pikmin 2]] | ||
Revision as of 02:08, 6 September 2019
Types of BLO
The BLO filetype is used by several Nintendo games such as Pikmin, Pikmin 2, Super Mario Sunshine, and The Legend of Zelda: The Wind Waker to control screen data, such as which sprites appear and where. There are 3 main types of a blo file, scrnblo1 (which Sunshine and Wind Waker use), scrnblo2 (which Pikmin 2 uses), and the format Pikmin uses, sometimes called scrnblo0. There are several differences between them and they are not interchangeable. This page will focus on scrnblo2, the flavour Pikmin 2 uses.
TEX1
The first main segment of a scrnblo2 file, this is where the game loads BTI textures in /new_screen/eng/*screen szs*/timg. You can change the filenames of the textures to be loaded, and possibly add or remove entries. The number of textures to load is defined in a BE 32 bit integer 0x08 away from the sections magic TEX1.
FNT1
This section is dedicated to loading fonts, hence the name FNT1. In Pikmin 2, this only ever loads piki2_font00.bfn.
MAT1
This section creates screen "objects" with internal names that the game uses to control them. Its by far the biggest segment of the BLO. The important part is where the names of the materials are listed. They always follow the naming convention of mat_name_v. The main makeup of this section is padding.
PAN2
This section acts like a group, it holds many PIC2 and TBX2 segments together so you can easily move a whole object as one piece. There is always a PAN2 section called ROOT in every scrnblo2, and sometimes more.
0x12: The name of the material.0x20: 2 floats representing x and y size coordinates. Does nothing in PAN2.0x28: 2 floats representing x and y scale. Often 1.0x3C: 2 floats representing x and y coordinates, relative to parent PAN2.
A PAN2 is like an opening curly bracket, everything after it will be a child of it, until you reach and "END1" command, which acts like the closing bracket. You can have PAN2 objects nested in other PAN2s as well.
PIC2
This is very similar to the last segment, but for an individual sprite object. They are notably longer than PAN2 segments. You probably shouldn't change their parameters if you have the option to edit their whole PAN2 segment instead. Here's some info about them:
0x07: string sayingpan20x19: Name of material, it likes to haveREbefore it for some reason, but that's not part of the name.0x28: x and y pixel dimensions.0x30: x and y scale.0x45: x and y coordinates relative to parentPAN2entry.
After that is a whole row for the RGBA gradient colors for each corner of the sprite.
TBX2
These are a lot like PIC2, and are also part of a PAN2. The difference is they write text using the loaded font.
0x07: string forpan2, could be what connects the singletbx2to apan2.0x1A: internal name of material being used.0x21: text ID used. The developers like to put placeholder text IDs here when the screen could show multiple messages, so it only really works for fully static text.0x27: x and y dimensions of containing box0x30: x and y scale.0x43: x and y offset to parent.
After that is some random data, followed by the text itself, in an early version where things like color and size change and text box terminators are called by their internal names. Can show early scripts of the games text in some areas.
