OpenSimWorld is the directory of 3D Virtual Worlds based on OpenSimulator and connected through the HyperGrid. Learn More
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FEATURED Moonmight 0 Users 2 0 A 2X2 VAR for sale
262.144 sq.m.
40.000 prims
Join the grid
send an IM to Famous Grouse or to Goldenmoon Sunday
Thanks for your interrest |
Would you love to have your SatyrFarm land animals walk on GROUND level, up hills and down slopes ?
Then change your animal.lsl script:
on line 630 find v.z = cp.z;
change it like this
v.z = llGround(ZERO_VECTOR);
cp.z = llGround(ZERO_VECTOR);
//v.z = cp.z;
Now this is what I call natural behavior for land animals on ground level - (do NOT change your script to let them walk on a PRIM surface such as a skybox)
Then change your animal.lsl script:
on line 630 find v.z = cp.z;
change it like this
v.z = llGround(ZERO_VECTOR);
cp.z = llGround(ZERO_VECTOR);
//v.z = cp.z;
Now this is what I call natural behavior for land animals on ground level - (do NOT change your script to let them walk on a PRIM surface such as a skybox)
Country Kitchen - Empty Shelves and counters ready for decor - Chairs are animated / can sit and eat / rezz drinks for you/ just add a plate of food and you can eat!
The Social Mouse Mall Is Happy to Welcome Betty The Fashionista! Come get her *Newest* Styling Proposals - Betty Provides Hair, and ALL ACCESSORIES with her outfits YUm YUM come and get it!!!!
3DLove event, fraternization. Come join this great party you and our guest. White
Our new 2019 Schedule: Every Friday at 6pm Pacific, live entertainment or DJ. 7pm an after-party of fun. We rotate our entertainers and our games to keep things fresh, so make us your Friday night destination!
Hi Everyone. We are announcing we have Haven Farm and Haven Safari regions. The Haven farm is a Satyr farm with plenty of freebies for you to enhance your own farm. We also have a Box of Satyr farm if your want to start your own. And we also Have Haven Safari with lions elephants and more. Rez a vehicle or fly around and explore. We hope you enjoy your visit. Here is the link to the farm and you can use the tp board to get to the Safari. Enjoy! :)
thehavengrid.outworldz.net:8002:Haven Farm
thehavengrid.outworldz.net:8002:Haven Farm
This is a futuristic region fun for all. Plenty of freebies. Original creations from owners and items from opensim creators. Enjoy!
Christmas region brings the joy and colors of the season year round. Great Christmas music as well. Drop by for a little Christmas spirit before your day and adventures continue.
Get ready for a fun, family friendly adventure! This ride features scripted NPC Wizard Battles and much more! Total ride time is approx 7 minutes.
Part of the That Place Amusement Grd!
I just released an update...I added the ability in vs 3.3 to inject the material into the glb being uploaded. When one uploades the glb it comes textured, you drag the glb from contents into your inventory so that it hits the database proper! Looking for more bugs. Let me know if you find them enjoy!
This program will allow you to upload any mesh, rigged mesh, or not up to around 1 gigs about 20 files or so at once using an oar file! It auto chunks large meshes automatically. The items in the picture were over 2 million verts. It makes a sane physics map for you also . So despite the high verts, well the physics load is a lot lower than what you get with the viewer. It also will let you list all your oar contents in a text file...and well import it into blender with all the textures and placement just like in world!!! :-) Below is the help menu. and below that the download link.
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
👍👍👍
Prince Amor✦ ▸ Maze Grid Home 2 days ago
...
I am proud to announce my release of OarConv Reimagined. This program will allow you to upload any mesh, rigged mesh, or not up to around 1 gigs about 20 files or so at once using an oar file! It auto chunks large meshes automatically. The items in the picture were over 2 million verts. It makes a sane physics map for you also . So despite the high verts, well the physics load is a lot lower than what you get with the viewer. It also will let you list all your oar contents in a text file...and well import it into blender with all the textures and placement just like in world!!! :-) Below is the help menu. and below that the download link.
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
This program will allow you to upload any mesh, rigged mesh, or not up to around 1 gigs about 20 files or so at once using an oar file! It auto chunks large meshes automatically. The items in the picture were over 2 million verts. It makes a sane physics map for you also . So despite the high verts, well the physics load is a lot lower than what you get with the viewer. It also will let you list all your oar contents in a text file...and well import it into blender with all the textures and placement just like in world!!! :-) Below is the help menu. and below that the download link.
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
👍👍👍
Prince Amor✦ ▸ Maze Grid Home 2 days ago
...
I am proud to announce my release of OarConv Reimagined. This program will allow you to upload any mesh, rigged mesh, or not up to around 1 gigs about 20 files or so at once using an oar file! It auto chunks large meshes automatically. The items in the picture were over 2 million verts. It makes a sane physics map for you also . So despite the high verts, well the physics load is a lot lower than what you get with the viewer. It also will let you list all your oar contents in a text file...and well import it into blender with all the textures and placement just like in world!!! :-) Below is the help menu. and below that the download link.
FILE
Open OAR File: open a packaged .oar archive.
Open OAR Folder: open an extracted OAR working folder.
Convert Data: export the loaded OAR using the format from Tools > Output Format. It reads the existing OAR object XML and companion assets, then writes converted output files to disk.
Convert Data does not create a new LLMesh object or save a replacement object XML. The XML already exists in the loaded OAR and is used as export input.
FILE MENU COMPATIBILITY
The converter is only supported for OARs produced by the actual simulator. Repacked or reverse-injected OARs created by this program are not backward-compatible with the converter and may fail if reopened through File > Open OAR File or File > Open OAR Folder and then converted again.
IMPORT
Step One: create blank.oar and prepare an extracted working folder for injection.
Inject Mesh: add one .dae, .gltf, or .glb model into an extracted OAR. Set location, scale, physics, rigging, and LODs here.
Pack Oar: repack the extracted folder into a final .oar archive.
TOOLS
Objects List: browse objects in the loaded OAR and export selected objects through the normal OAR export pipeline.
Objects List > Export: export one or more selected OAR objects into an output folder. Depending on format, the app may write the main file under Solids or Phantoms and may also create companion folders such as Textures, MTL, or BIN.
Objects List > Export does not create a standalone mesh inventory object. It converts from the object's existing OAR XML and asset data.
Output Format: choose DAE, OBJ, GLTF, GLB, FBX, or STL for export.
Settings: set ranges, shifts, terrain options, and folder prefixes.
INJECT MESH DIALOG FIELDS
Source model: the .dae, .gltf, or .glb file to insert.
Location X/Y/Z: the final placement of the inserted object in the target OAR region.
Current dimensions: read-only size of the source model after analysis.
Scale: uniform size multiplier. 1.0 keeps original size.
Physics: choose how collision data is generated. File mode uses a separate physics model.
Rigged: treat the source as a rigged or avatar-style model.
Include Joint Positions: keep joint position data when rigged import needs it.
Strip Joint Data: remove rigging data and force a static-style result.
LOD High/Medium/Low/Lowest: control each generated LOD level.
Mode: choose how each LOD is derived.
Target Tris: desired triangle count for that LOD when the selected mode uses a target.
Vertices: read-only estimate of vertex count for each generated LOD.
WORKFLOW: OAR TO BLENDER USING GLB
1. Open Tools > Output Format and select GLB.
2. Open the source OAR with File > Open OAR File or Open OAR Folder.
3. Run File > Convert Data.
4. Import the generated .glb files into Blender with File > Import > glTF 2.0.
WORKFLOW: BUILD A REPACKED OAR WITH MULTIPLE MODELS
1. Run Import > Step One once to create a blank working OAR.
2. Run Import > Inject Mesh once for each model you want to add.
3. Source files can be .glb, .gltf, or .dae. Rigged avatar-style models can use the Rigged and joint options.
4. Repeat Inject Mesh until all assets are placed.
5. Run Import > Pack Oar to write the final repacked archive.
PLEASE DO ENJOY!!!!ONLY IN OPENSIM!Feel free to report bugs and or other worthy insights. I have written the original makers of it but not gotten any replies so I do no tknow if they are around or not. It is legal opensource though. THe list of contributors is there. If anyone knows them tell them to say hello...
https://maze.bz/OARConv.html
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New Comments
Luminalore 7 hours ago
"If your region is not open to the hypergrid, or if it limits access to specific grids, or (worse) if you sell access to your grid, you cannot list it in OpenSimWorld."
Yes, but the if the wording sa...
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CasaeniaBaxton 11 hours ago
CAS LIVE AT THE WAREHOUSE OF ROCK 4-10 11AM LIMO HERE
hop://alternatemetaverse.com:8002/Casaenias%20Estate/131/196/3499
Come rock with me my friends!
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Spax Orion✦ 16 hours ago
A FUN USE CASE:
I have one of these machines in each of my regions, and a copy of ALL MACHINES in my private sandbox. This makes sorting and finding NPCs quite handy. I also use the child prims to bo...
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Reviews
Mexico Lindo Shopping
Thank you for your comment. I will take your suggestion to create slimmer avatars into account, and I will keep you updated in the Facebook group and here. https://www.facebook.com/groups/251480078248...
Lina Kahlo yesterday
This region is a must visit beautiful makes you want to live there as soon as you land. Great build and so Homey love it I miss this Region so much I don't know what happened to it but I sure hope it...
Angel Dreams yesterday
Broceliande
Very well done, a Beautiful region!!
... made me wish I brought my fishing gear. ;)
Yinni Benelli yesterday
Gummybear Island
Klasse SIM. Endlich mal wieder eine Mall, auf der man nicht nur das Zeug findet, was man überall findet.
ADULT_LIFE 2 days ago
Shopping FUN
While i am a female, i had to see this place when i saw the Japanese pictures here on OSW. It was not a disappointment! The grounds are amazing, well laid out and it's just gorgeous! Thank you for b...
Annah Gestaga 2 days ago
Broceliande
Lovely region! Very scenic and a nice feel - tons of trails and routes to follow leading you to new places to explore. Well worth a visit!
MandaStark 4 days ago
Broceliande
Beautifull region, so many spots to see, very realistic, all sounds and nature transports you to the real feel of it. Congrats, very well done.
AziAz 4 days ago