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--- ig:gfx:model-type-flatpanel [2025/10/29 14:34] – [Profiles] ig_ii
+++ ig:gfx:model-type-flatpanel [2025/10/29 15:59] (current) – ig_ii
@@ Line 1: / Line 1: @@
 ====== Model Type: FlatPanel 1.4 ======
+{{:ig:gfx:modelprocessor:flatpanel_graphic_latex.png?nolink&600|}}
 === General Knowledge of How a 5-Piece Furniture Door (Model Type: FlatPanel) Is Constructed ===
@@ Line 70: / Line 71: @@
 Please look on next page for graphic for more clarity.
-{{newpage}}
 ==== Graphical Representation of Board Positions ====
-[]
+^ **Figure 9: Board Placement** ^
+| {{:ig:gfx:modelprocessor:board_position_graphics.png?nolink&600 |}} |
+^ Caption ^
+| Board placement and coordinates with labeled corners. |
 **Frame Dimensions graphic layout explanation:**
@@ Line 82: / Line 86: @@
   * **Width:** 609.6 mm — The horizontal span of the frame, measured between points **A**–**B** and **D**–**C**.
   * **Height:** 609.6 mm — The vertical span of the frame, measured between points **A**–**D** and **B**–**C**.
-{{newpage}}
 ==== Example: JSON Configuration for Board Positions ====
@@ Line 125: / Line 128: @@
 This example shows how to define board positions using JSON. Each board is given a unique **"board"** ID and a 2D coordinate **(x, y)** to specify its placement within the frame layout. Boards align with the overall structure, occupying specific **corners** or **edges** of the rectangle.
-{{newpage}}
 === Intersection Parameter ("intersection"): JSON Configuration for Joint Types ===
@@ Line 180: / Line 183: @@
 === Butt Joints "HORIZONTAL" and "VERTICAL" ===
-[]
-[]
+^ **Figure 10: Horizontal Butt Joint** ^ **Figure 11: Vertical Butt Joint** ^
+| {{:ig:gfx:modelprocessor:horizontal_graphical_example.jpg?nolink&400|}} | {{:ig:gfx:modelprocessor:vertical_graphical_example.jpg?nolink&400 |}} |
+^ Caption ^ Caption ^
+| Horizontal butt joint | Vertical butt joint (front view) |
 === Solid and Miter Joints "SOLID" and "TRIANGLE" ===
-[]
-[]
+^ **Figure 12: Solid Monolithic Frame** ^ **Figure 13: Miter Joint (Triangle)** ^
-{{newpage}}
+| {{:ig:gfx:modelprocessor:solid_graphical_example.jpg?nolink&400 |}} | {{:ig:gfx:modelprocessor:triangle_graphical_example.jpg?nolink&400 |}} |
+^ Caption ^ Caption ^
+| Solid monolithic frame | Miter joint (45°) |
 === Explanation of "innerPanel"{} Object Configuration ===
@@ Line 229: / Line 239: @@
   * **"SOLID1_3":** A panel with a complex shape, defined by a custom **path**. This model requires the **profile** and **path** parameters.
   * **"EMPTY":** No panel is generated (a void). If this model is selected, all other parameters in the ''innerPanel'' object are ignored, and only the frame is generated.
-{{newpage}}
 ==== Parameters for "innerPanel" ====
-  * **depth** (//number[mm]//):
+  * **offset** (//object//):
-    Thickness of the panel. Required only for the **"SOLID1_1"** model when no **profile** is given.
+    Defines position and size adjustments for the panel and trim.
-  * **profile** (//string//):
+    Contains two sub-objects:
-    The name of the milled profile for the panel's surface. Required for **"SOLID1_3"** and optional for **"SOLID1_1"**.
-  * **path** (//string//):
-    The "id" of a path that defines the custom shape of the panel. Required only for the **"SOLID1_3"** model.
-  * **trimProfile** (//string//):
-    The path **id** name of the milled profile used for the trim.
-  * **trimPath** (//string//):
-    The path **id** of a path that defines the trim's shape, used for milling or cutting the board.
-  * **centering** (//string//):
-    Specifies how the ''innerPanel'' is centered relative to the frame before any offsets are applied.
-    **Type:** ''string''
-    **Default:** ''CAVITY''
-    **Required:** No
-    Valid options:
-      * **FRAME** — center the inner panel relative to the frame boundaries.
-      * **CAVITY** — center the inner panel relative to the cavity or cutout inside the frame.
-    **Illustration:**
+    * **panel:** transformations for the main panel
-    []
+      * **translation:** (//object//) — ''x'', ''y'', ''z'' in millimeters; moves the panel relative to the frame center
-    []
+      * **dimensions:** (//object//) — ''x'', ''y'' in millimeters; adjusts panel size (used for **SOLID1_1**)
-    **Note:** This parameter determines the **initial positioning** of the panel. Subsequent adjustments using **''offset''** will move or resize the panel relative to this centered position.
+    * **trim:** transformations for the trim geometry
+      * **translation:** (//object//) — ''x'', ''y'', ''z'' in millimeters; moves the trim
+      * **scale:** (//object//) — ''z'' value for additive scaling on the Z-axis
+        (e.g., 0.01 → scale of 1.01, useful for small overlaps)
-  * **offset** (//object//):
-    An object that defines positioning and dimension adjustments for the panel and its trim. It has a nested structure:
+Specifies how the ''innerPanel'' is centered relative to the frame before any offsets are applied.
+  * **Type:** ''string''
+  * **Default:** ''CAVITY''
+  * **Required:** No
+**Valid options:**
+  * **FRAME** — center the inner panel relative to the frame boundaries.
+  * **CAVITY** — center the inner panel relative to the cavity or cutout inside the frame.
+**Illustration:**
+^ **Figure 14: Panel Centered to FRAME** ^ **Figure 15: Panel Centered to CAVITY** ^
+| {{:ig:gfx:modelprocessor:panel_center.png?nolink&400 |}} | {{:ig:gfx:modelprocessor:panel_cavity.png?nolink&400 |}} |
+^ Caption ^ Caption ^
+| Panel centered to **FRAME** — aligned with the outer edges of the frame. The red cross shows the frame center. | Panel centered to **CAVITY** — aligned with the inner empty space of the frame. The green cross shows the cavity center. Particularly useful if the frame boards have different widths. |
+**Note:** This parameter determines the **initial positioning** of the panel. Subsequent adjustments using **''offset''** will move or resize the panel relative to this centered position.
+----
+  * **offset** (//object//):
+    An object that defines positioning and dimension adjustments for the panel and its trim.
+    It has a nested structure:
     * **panel:** Contains transformations for the main panel.
       * **translation:** An object with ''x'', ''y'', and ''z'' keys for moving the panel in millimeters relative to the frame's center.
@@ Line 266: / Line 289: @@
       * **translation:** An object with ''x'', ''y'', and ''z'' keys for moving the trim in millimeters.
       * **scale:** An object with a ''z'' key for additive scaling on the Z-axis (e.g., 0.01 results in a scale of 1.01), useful for creating overlaps.
-    **Note:** A legacy flat structure for **''offset''** with top-level ''x'', ''y'', ''z'' keys exists but is not recommended for new configurations.
+**Note:**
+A legacy flat structure for **''offset''** with top-level ''x'', ''y'', ''z'' keys exists but is **not recommended** for new configurations.
 ==== Visual Examples for innerPanel Models ====
-[]
+^ **Figure 16: EMPTY** ^ **Figure 17: SOLID1_1** ^ **Figure 18: SOLID1_3** ^
-[]
+| {{:ig:gfx:modelprocessor:innerpanel_empty.jpg?nolink&300|}} | {{:ig:gfx:modelprocessor:innerpanel_solid1_1.jpg?nolink&300|}} | {{:ig:gfx:modelprocessor:flatpanel_with_solid1_3.png?nolink&300|}} |
-[]
+^ Caption: Visual representation of the ''EMPTY'', ''SOLID1_1'', and ''SOLID1_3'' models for the ''innerPanel'' parameter. |||
 *Figure: Visual representation of the ''EMPTY'', ''SOLID1_1'', and ''SOLID1_3'' models for the ''innerPanel'' parameter.*
-{{newpage}}
+{{:ig:gfx:modelprocessor:flatpanel_solid1_3_blender.png?nolink&400|}}
+*Figure 2: flatPanel with SOLID1_3
+==== Explanation of Subframes ====
+The subframe structure is used to attach one or more secondary frames to a primary model. Each subframe is composed of individual pieces that are generated based on a specified model type, intersection logic, and profile path.
+^ **Figure 25: Subframe Illustration** ^
+| {{:ig:gfx:modelprocessor:subframe_graphic.png?nolink&600|}} |
+^ Caption ^
+| FlatPanel frame with generated subframe in red. |
+**Type:** ''array of objects'' \\ **Required:** No \\
+Defines one or more subframes attached to the main model. Each subframe entry references a specific model type, intersection mode, profile path, and an identifier. Typically, four subframe pieces are defined per subframe.
+  * **model**
+    : **Type:** ''string'' // **Enum:** `FLATPANEL1_0` // **Default:** `FLATPANEL1_0` \\
+    Specifies the model type used for the subframe.
+  * **intersection**
+    : **Type:** ''string'' // **Enum:** `TRIANGLE`, `SOLID` // **Default:** `TRIANGLE` \\
+    Defines how the subframe boards are intersecting each with one another.
+  * **profile**
+    : **Type:** ''string'' \\
+    References a path ID defined in the global `paths` array used to generate the subframe profile.
+  * **id**
+    : **Type:** ''string'' \\
+    Unique identifier for the subframe. This value is used to reference and name generated subframe elements.
+  * **offset**
+    : **Type:** ''object'' // **Required:** No \\
+    Defines an optional translation offset of the subframe in millimeters.
+    ^ Offset Parameters ^ Description ^
+    | **x** | horizontal offset (width) in mm. |
+    | **y** | vertical offset (height) in mm. |
+    | **z** | depth position offset in mm. |
+  * **pieces**
+    : **Type:** ''array of 4 objects'' // **Required:** Yes \\
+    Contains exactly four subframe pieces (see illustration above), each defined by a unique ID. Optional UV parameters overwrites may be provided for individual pieces.
+    * **id**
+      : **Type:** ''string'' \\
+      Unique global identifier for the subframe piece (also used as the output mesh name).
+    * **uv**
+      : **Type:** ''object'' // **Required:** No \\
+      Optional UV mapping settings for the piece.
+      ^ UV Parameters ^ Description ^
+      | **rotation** | Rotation of UV map in degrees. |
+      | **patchSize** | Size of UV patch in millimeters. |
+      | **uvorigin** | **Enum:** `ORIGIN`, `CENTER`. Defines UV anchor point. Default: `ORIGIN`. |
+      | **uOffset** | UV translation offsets for U-axis in millimeters. |
+      | **vOffset** | UV translation offsets for V-axis in millimeters. |
+----