# AUTOSAR_MOD_GeneralBlueprints 标准模板与基类规范

## 概述

本文档详细记录 AUTOSAR 4.4.0 Classic Platform 中 `AUTOSAR_MOD_GeneralBlueprints` 定义的标准化模板和基类。每个基类都提供完整的 ARXML 格式定义作为参考实现。

**文档版本**: 4.4.0  
**所属路径**: `MethodologyAndTemplates/AUTOSAR_MOD_GeneralBlueprints/`

---

## 1. 基础数据类型 (SW-BASE-TYPE)

### 1.1 概述

基础数据类型位于 `/AUTOSAR/Platform/BaseTypes_Blueprint/` 路径下，定义了 AUTOSAR 标准的基本数据类型。所有实现数据类型必须引用这些基类型。

### 1.2 标准基类型定义

#### 1.2.1 boolean (布尔类型)

```xml
<SW-BASE-TYPE>
  <SHORT-NAME>boolean</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">boolean</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>8</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>BOOLEAN</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>
```

| 属性 | 值 | 说明 |
|------|-----|------|
| SHORT-NAME | boolean | 类型名称 |
| CATEGORY | FIXED_LENGTH | 固定长度类型 |
| BASE-TYPE-SIZE | 8 | 位大小 |
| BASE-TYPE-ENCODING | BOOLEAN | 布尔编码 |

#### 1.2.2 有符号整数类型

```xml
<SW-BASE-TYPE>
  <SHORT-NAME>sint8</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">sint8</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>8</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>2C</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>sint16</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">sint16</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>16</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>2C</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>sint32</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">sint32</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>32</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>2C</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>sint64</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">sint64</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>64</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>2C</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>
```

| 类型 | 大小 | 编码 | 范围 |
|------|------|------|------|
| sint8 | 8位 | 2C (二进制补码) | -128 ~ 127 |
| sint16 | 16位 | 2C | -32768 ~ 32767 |
| sint32 | 32位 | 2C | -2147483648 ~ 2147483647 |
| sint64 | 64位 | 2C | -9223372036854775808 ~ 9223372036854775807 |

#### 1.2.3 无符号整数类型

```xml
<SW-BASE-TYPE>
  <SHORT-NAME>uint8</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">uint8</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>8</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>NONE</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>uint16</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">uint16</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>16</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>NONE</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>uint32</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">uint32</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>32</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>NONE</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>uint64</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">uint64</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>64</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>NONE</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>
```

| 类型 | 大小 | 编码 | 范围 |
|------|------|------|------|
| uint8 | 8位 | NONE | 0 ~ 255 |
| uint16 | 16位 | NONE | 0 ~ 65535 |
| uint32 | 32位 | NONE | 0 ~ 4294967295 |
| uint64 | 64位 | NONE | 0 ~ 18446744073709551615 |

#### 1.2.4 浮点类型

```xml
<SW-BASE-TYPE>
  <SHORT-NAME>float32</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">float32</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>32</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>IEEE754</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>

<SW-BASE-TYPE>
  <SHORT-NAME>float64</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">float64</L-4>
  </LONG-NAME>
  <CATEGORY>FIXED_LENGTH</CATEGORY>
  <BASE-TYPE-SIZE>64</BASE-TYPE-SIZE>
  <BASE-TYPE-ENCODING>IEEE754</BASE-TYPE-ENCODING>
</SW-BASE-TYPE>
```

| 类型 | 大小 | 编码 | 说明 |
|------|------|------|------|
| float32 | 32位 | IEEE754 | 单精度浮点 |
| float64 | 64位 | IEEE754 | 双精度浮点 |

---

## 2. 实现数据类型 (IMPLEMENTATION-DATA-TYPE)

### 2.1 平台数据类型

位于 `/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/`。

#### 2.1.1 简单值类型

```xml
<IMPLEMENTATION-DATA-TYPE>
  <SHORT-NAME>uint8</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">uint8</L-4>
  </LONG-NAME>
  <CATEGORY>VALUE</CATEGORY>
  <SW-DATA-DEF-PROPS>
    <SW-DATA-DEF-PROPS-VARIANTS>
      <SW-DATA-DEF-PROPS-CONDITIONAL>
        <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/uint8</BASE-TYPE-REF>
      </SW-DATA-DEF-PROPS-CONDITIONAL>
    </SW-DATA-DEF-PROPS-VARIANTS>
  </SW-DATA-DEF-PROPS>
  <TYPE-EMITTER>Platform_Types.h</TYPE-EMITTER>
</IMPLEMENTATION-DATA-TYPE>
```

**CATEGORY 类型说明**:
- `VALUE`: 直接值类型
- `TYPE_REFERENCE`: 类型引用（通过 SW-DATA-DEF-PROPS-CONDITIONAL 引用其他类型）
- `STRUCTURE`: 结构体类型
- `DATA_REFERENCE`: 数据引用

#### 2.1.2 Std_ReturnType (标准返回类型)

```xml
<IMPLEMENTATION-DATA-TYPE>
  <SHORT-NAME>Std_ReturnType</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">Standard Return Type</L-4>
  </LONG-NAME>
  <DESC>
    <L-2 L="EN">This type can be used as standard API return type which is shared between the RTE and the BSW modules.</L-2>
  </DESC>
  <CATEGORY>TYPE_REFERENCE</CATEGORY>
  <SW-DATA-DEF-PROPS>
    <SW-DATA-DEF-PROPS-VARIANTS>
      <SW-DATA-DEF-PROPS-CONDITIONAL>
        <COMPU-METHOD-REF DEST="COMPU-METHOD">/AUTOSAR/Std/CompuMethods_Blueprint/Std_ReturnType</COMPU-METHOD-REF>
        <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint8</IMPLEMENTATION-DATA-TYPE-REF>
      </SW-DATA-DEF-PROPS-CONDITIONAL>
    </SW-DATA-DEF-PROPS-VARIANTS>
  </SW-DATA-DEF-PROPS>
  <TYPE-EMITTER>Std_Types.h</TYPE-EMITTER>
</IMPLEMENTATION-DATA-TYPE>
```

**Std_ReturnType 关联的 COMPU-METHOD**:

```xml
<COMPU-METHOD>
  <SHORT-NAME>Std_ReturnType</SHORT-NAME>
  <CATEGORY>TEXTTABLE</CATEGORY>
  <COMPU-INTERNAL-TO-PHYS>
    <COMPU-SCALES>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">0</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">0</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>E_OK</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">1</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">1</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>E_NOT_OK</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
    </COMPU-SCALES>
  </COMPU-INTERNAL-TO-PHYS>
</COMPU-METHOD>
```

#### 2.1.3 Std_VersionInfoType (版本信息类型)

```xml
<IMPLEMENTATION-DATA-TYPE>
  <SHORT-NAME>Std_VersionInfoType</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">Standard Version Info Type</L-4>
  </LONG-NAME>
  <DESC>
    <L-2 L="EN">This type shall be used to request the version of a BSW module using the &lt;Module name&gt;_GetVersionInfo() function.</L-2>
  </DESC>
  <CATEGORY>STRUCTURE</CATEGORY>
  <SUB-ELEMENTS>
    <IMPLEMENTATION-DATA-TYPE-ELEMENT>
      <SHORT-NAME>vendorID</SHORT-NAME>
      <CATEGORY>TYPE_REFERENCE</CATEGORY>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint16</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </IMPLEMENTATION-DATA-TYPE-ELEMENT>
    <IMPLEMENTATION-DATA-TYPE-ELEMENT>
      <SHORT-NAME>moduleID</SHORT-NAME>
      <CATEGORY>TYPE_REFERENCE</CATEGORY>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint16</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </IMPLEMENTATION-DATA-TYPE-ELEMENT>
    <IMPLEMENTATION-DATA-TYPE-ELEMENT>
      <SHORT-NAME>sw_major_version</SHORT-NAME>
      <CATEGORY>TYPE_REFERENCE</CATEGORY>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint8</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </IMPLEMENTATION-DATA-TYPE-ELEMENT>
    <IMPLEMENTATION-DATA-TYPE-ELEMENT>
      <SHORT-NAME>sw_minor_version</SHORT-NAME>
      <CATEGORY>TYPE_REFERENCE</CATEGORY>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint8</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </IMPLEMENTATION-DATA-TYPE-ELEMENT>
    <IMPLEMENTATION-DATA-TYPE-ELEMENT>
      <SHORT-NAME>sw_patch_version</SHORT-NAME>
      <CATEGORY>TYPE_REFERENCE</CATEGORY>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/uint8</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </IMPLEMENTATION-DATA-TYPE-ELEMENT>
  </SUB-ELEMENTS>
  <TYPE-EMITTER>Std_Types.h</TYPE-EMITTER>
</IMPLEMENTATION-DATA-TYPE>
```

---

## 3. 数据约束 (DATA-CONSTR)

### 3.1 概述

数据约束定义数值的有效范围，位于各模块的 `DataConstrs_Blueprint` 子包中。

### 3.2 约束结构

```xml
<DATA-CONSTR>
  <SHORT-NAME>Adc_ChannelRangeSelectType</SHORT-NAME>
  <DATA-CONSTR-RULES>
    <DATA-CONSTR-RULE>
      <INTERNAL-CONSTRS>
        <LOWER-LIMIT>0</LOWER-LIMIT>
        <UPPER-LIMIT>6</UPPER-LIMIT>
      </INTERNAL-CONSTRS>
    </DATA-CONSTR-RULE>
  </DATA-CONSTR-RULES>
</DATA-CONSTR>
```

### 3.3 带 Blueprint 值的约束

```xml
<DATA-CONSTR>
  <SHORT-NAME>NetworkHandleType</SHORT-NAME>
  <DATA-CONSTR-RULES>
    <DATA-CONSTR-RULE>
      <INTERNAL-CONSTRS>
        <LOWER-LIMIT BLUEPRINT-VALUE="min 0">undefined</LOWER-LIMIT>
        <UPPER-LIMIT BLUEPRINT-VALUE="max 255">undefined</UPPER-LIMIT>
      </INTERNAL-CONSTRS>
    </DATA-CONSTR-RULE>
  </DATA-CONSTR-RULES>
</DATA-CONSTR>
```

### 3.4 ComM 模块约束示例

```xml
<DATA-CONSTR>
  <SHORT-NAME>ComM_InhibitionStatusType</SHORT-NAME>
  <DATA-CONSTR-RULES>
    <DATA-CONSTR-RULE>
      <INTERNAL-CONSTRS>
        <LOWER-LIMIT>0x00</LOWER-LIMIT>
        <UPPER-LIMIT>0x03</UPPER-LIMIT>
      </INTERNAL-CONSTRS>
    </DATA-CONSTR-RULE>
  </DATA-CONSTR-RULES>
</DATA-CONSTR>
```

---

## 4. 计算方法 (COMPU-METHOD)

### 4.1 概述

计算方法定义内部值与物理值之间的转换关系，位于各模块的 `CompuMethods_Blueprint` 子包中。

### 4.2 TEXTTABLE 类型

```xml
<COMPU-METHOD>
  <SHORT-NAME>ComM_InhibitionStatusType</SHORT-NAME>
  <CATEGORY>BITFIELD_TEXTTABLE</CATEGORY>
  <BLUEPRINT-POLICYS>
    <BLUEPRINT-POLICY-NOT-MODIFIABLE>
      <ATTRIBUTE-NAME>COMPU-INTERNAL-TO-PHYS</ATTRIBUTE-NAME>
    </BLUEPRINT-POLICY-NOT-MODIFIABLE>
  </BLUEPRINT-POLICYS>
  <COMPU-INTERNAL-TO-PHYS>
    <COMPU-SCALES>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">0</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">0</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>BCM_NO_INHIBITION</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">1</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">1</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>BCM_INHIBIT_ALL</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">2</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">2</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>BCM_INHIBIT_WAKEUP</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">3</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">3</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>BCM_INHIBIT_BUSY</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
    </COMPU-SCALES>
  </COMPU-INTERNAL-TO-PHYS>
</COMPU-METHOD>
```

### 4.3 boolean 类型的 COMPU-METHOD

```xml
<COMPU-METHOD>
  <SHORT-NAME>boolean</SHORT-NAME>
  <CATEGORY>TEXTTABLE</CATEGORY>
  <BLUEPRINT-POLICYS>
    <BLUEPRINT-POLICY-NOT-MODIFIABLE>
      <ATTRIBUTE-NAME>COMPU-INTERNAL-TO-PHYS</ATTRIBUTE-NAME>
    </BLUEPRINT-POLICY-NOT-MODIFIABLE>
  </BLUEPRINT-POLICYS>
  <COMPU-INTERNAL-TO-PHYS>
    <COMPU-SCALES>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">0</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">0</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>FALSE</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
      <COMPU-SCALE>
        <LOWER-LIMIT INTERVAL-TYPE="CLOSED">1</LOWER-LIMIT>
        <UPPER-LIMIT INTERVAL-TYPE="CLOSED">1</UPPER-LIMIT>
        <COMPU-CONST>
          <VT>TRUE</VT>
        </COMPU-CONST>
      </COMPU-SCALE>
    </COMPU-SCALES>
  </COMPU-INTERNAL-TO-PHYS>
</COMPU-METHOD>
```

### 4.4 CATEGORY 类型说明

| CATEGORY | 说明 | 用途 |
|----------|------|------|
| TEXTTABLE | 文本表 | 离散值的文字描述 |
| BITFIELD_TEXTTABLE | 位域文本表 | 按位定义的离散值 |
| LINEAR | 线性转换 | 物理值 = 系数 × 内部值 |
| RAT_FUNC | 有理函数 | 高级数学转换 |
| IDENTICAL | 恒等转换 | 内部值 = 物理值 |

---

## 5. 单位系统 (UNIT)

### 5.1 概述

单位定义位于 `/AUTOSAR/AUTOSAR_PhysicalUnits/Units_Blueprints/`。

### 5.2 单位 ARXML 结构

```xml
<UNIT>
  <SHORT-NAME>Volt</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">Volt</L-4>
  </LONG-NAME>
  <DISPLAY-NAME>V</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg3INeg1</PHYSICAL-DIMENSION-REF>
</UNIT>
```

### 5.3 常用单位定义

#### 5.3.1 电气单位

```xml
<UNIT>
  <SHORT-NAME>Ampr</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Ampere</L-4></LONG-NAME>
  <DISPLAY-NAME>A</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">I1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Volt</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Volt</L-4></LONG-NAME>
  <DISPLAY-NAME>V</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg3INeg1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Ohm</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Ohm</L-4></LONG-NAME>
  <DISPLAY-NAME>Ω</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg3INeg2</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Farad</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Farad</L-4></LONG-NAME>
  <DISPLAY-NAME>F</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">LenNeg2MNeg1Ti4I2</PHYSICAL-DIMENSION-REF>
</UNIT>
```

#### 5.3.2 机械单位

```xml
<UNIT>
  <SHORT-NAME>Mtr</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Meter</L-4></LONG-NAME>
  <DISPLAY-NAME>m</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>MtrPerSec</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Meter Per Second</L-4></LONG-NAME>
  <DISPLAY-NAME>m/s</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len1TiNeg1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Rpm</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Revolutions Per Minute</L-4></LONG-NAME>
  <DISPLAY-NAME>rpm</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>60.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">TiNeg1_2</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>NwtMtr</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Newtonmeter</L-4></LONG-NAME>
  <DISPLAY-NAME>Nm</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg2</PHYSICAL-DIMENSION-REF>
</UNIT>
```

#### 5.3.3 时间与频率单位

```xml
<UNIT>
  <SHORT-NAME>Sec</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Second</L-4></LONG-NAME>
  <DISPLAY-NAME>s</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Ti1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Hz</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Hertz</L-4></LONG-NAME>
  <DISPLAY-NAME>Hz</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">TiNeg1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>MilliSec</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Millisecond</L-4></LONG-NAME>
  <DISPLAY-NAME>ms</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1000.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Ti1</PHYSICAL-DIMENSION-REF>
</UNIT>
```

#### 5.3.4 温度单位

```xml
<UNIT>
  <SHORT-NAME>DegCgrd</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Degree Celsius (Absolute Temperature)</L-4></LONG-NAME>
  <DISPLAY-NAME>°C</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>-273.15</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">T1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>KelvinAbslt</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Kelvin (Absolute Temperature)</L-4></LONG-NAME>
  <DISPLAY-NAME>K</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">T1</PHYSICAL-DIMENSION-REF>
</UNIT>
```

#### 5.3.5 功率与能量单位

```xml
<UNIT>
  <SHORT-NAME>Watt</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Watt</L-4></LONG-NAME>
  <DISPLAY-NAME>W</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg3_1</PHYSICAL-DIMENSION-REF>
</UNIT>

<UNIT>
  <SHORT-NAME>Jou</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Joule</L-4></LONG-NAME>
  <DISPLAY-NAME>J</DISPLAY-NAME>
  <FACTOR-SI-TO-UNIT>1.0</FACTOR-SI-TO-UNIT>
  <OFFSET-SI-TO-UNIT>0.0</OFFSET-SI-TO-UNIT>
  <PHYSICAL-DIMENSION-REF BASE="PhysicalDimensions" DEST="PHYSICAL-DIMENSION">Len2M1TiNeg2_1</PHYSICAL-DIMENSION-REF>
</UNIT>
```

---

## 6. 物理维度 (PHYSICAL-DIMENSION)

### 6.1 概述

物理维度定义位于 `/AUTOSAR/AUTOSAR_PhysicalUnits/PhysicalDimensions_Blueprints/`。

### 6.2 维度 ARXML 结构

```xml
<PHYSICAL-DIMENSION>
  <SHORT-NAME>Len1M1TiNeg2</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Force</L-4></LONG-NAME>
  <LENGTH-EXP>1</LENGTH-EXP>
  <MASS-EXP>1</MASS-EXP>
  <TIME-EXP>-2</TIME-EXP>
  <CURRENT-EXP>0</CURRENT-EXP>
  <TEMPERATURE-EXP>0</TEMPERATURE-EXP>
  <MOLAR-AMOUNT-EXP>0</MOLAR-AMOUNT-EXP>
  <LUMINOUS-INTENSITY-EXP>0</LUMINOUS-INTENSITY-EXP>
</PHYSICAL-DIMENSION>
```

### 6.3 标准物理维度定义

| 维度名称 | 物理意义 | LEN | MASS | TIME | CURRENT | TEMP | MOLAR | LUM |
|---------|---------|-----|------|------|---------|------|-------|-----|
| Len1 | 长度 | 1 | 0 | 0 | 0 | 0 | 0 | 0 |
| M1 | 质量 | 0 | 1 | 0 | 0 | 0 | 0 | 0 |
| Ti1 | 时间 | 0 | 0 | 1 | 0 | 0 | 0 | 0 |
| I1 | 电流 | 0 | 0 | 0 | 1 | 0 | 0 | 0 |
| T1 | 绝对温度 | 0 | 0 | 0 | 0 | 1 | 0 | 0 |
| Amnt1 | 物质的量 | 0 | 0 | 0 | 0 | 0 | 1 | 0 |
| Illmn1 | 发光强度 | 0 | 0 | 0 | 0 | 0 | 0 | 1 |
| Len1TiNeg1 | 速度 | 1 | 0 | -1 | 0 | 0 | 0 | 0 |
| Len1TiNeg2 | 加速度 | 1 | 0 | -2 | 0 | 0 | 0 | 0 |
| Len2 | 面积 | 2 | 0 | 0 | 0 | 0 | 0 | 0 |
| Len2M1TiNeg2 | 扭矩 | 2 | 1 | -2 | 0 | 0 | 0 | 0 |
| Len2M1TiNeg3INeg1 | 电压 | 2 | 1 | -3 | -1 | 0 | 0 | 0 |
| Len2M1TiNeg3_1 | 功率 | 2 | 1 | -3 | 0 | 0 | 0 | 0 |
| Len3 | 体积 | 3 | 0 | 0 | 0 | 0 | 0 | 0 |
| LenNeg1M1TiNeg2 | 压强 | -1 | 1 | -2 | 0 | 0 | 0 | 0 |
| M1TiNeg1 | 质量流量 | 0 | 1 | -1 | 0 | 0 | 0 | 0 |
| NoDimension | 无量纲 | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
| NoDimension_1 | 比值/百分比 | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
| NoDimension_2 | 角度 | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
| TiNeg1 | 频率 | 0 | 0 | -1 | 0 | 0 | 0 | 0 |
| TiNeg1_2 | 转速 | 0 | 0 | -1 | 0 | 0 | 0 | 0 |

### 6.4 详细 ARXML 示例

```xml
<PHYSICAL-DIMENSION>
  <SHORT-NAME>Len1TiNeg1</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Velocity</L-4></LONG-NAME>
  <LENGTH-EXP>1</LENGTH-EXP>
  <MASS-EXP>0</MASS-EXP>
  <TIME-EXP>-1</TIME-EXP>
  <CURRENT-EXP>0</CURRENT-EXP>
  <TEMPERATURE-EXP>0</TEMPERATURE-EXP>
  <MOLAR-AMOUNT-EXP>0</MOLAR-AMOUNT-EXP>
  <LUMINOUS-INTENSITY-EXP>0</LUMINOUS-INTENSITY-EXP>
</PHYSICAL-DIMENSION>

<PHYSICAL-DIMENSION>
  <SHORT-NAME>Len2M1TiNeg2</SHORT-NAME>
  <LONG-NAME><L-4 L="EN">Torque</L-4></LONG-NAME>
  <LENGTH-EXP>2</LENGTH-EXP>
  <MASS-EXP>1</MASS-EXP>
  <TIME-EXP>-2</TIME-EXP>
  <CURRENT-EXP>0</CURRENT-EXP>
  <TEMPERATURE-EXP>0</TEMPERATURE-EXP>
  <MOLAR-AMOUNT-EXP>0</MOLAR-AMOUNT-EXP>
  <LUMINOUS-INTENSITY-EXP>0</LUMINOUS-INTENSITY-EXP>
</PHYSICAL-DIMENSION>
```

---

## 7. BSW 模块条目 (BSW-MODULE-ENTRY)

### 7.1 概述

BSW 模块条目定义位于 `/AUTOSAR/{Module}/BswModuleEntrys_Blueprint/`。

### 7.2 模块条目 ARXML 结构

```xml
<BSW-MODULE-ENTRY>
  <SHORT-NAME>Adc_DeInit</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">Adc_DeInit</L-4>
  </LONG-NAME>
  <DESC>
    <L-2 L="EN">Returns all ADC HW Units to a state comparable to their power on reset state.</L-2>
  </DESC>
  <SERVICE-ID>0x01</SERVICE-ID>
  <IS-REENTRANT>false</IS-REENTRANT>
  <IS-SYNCHRONOUS>true</IS-SYNCHRONOUS>
  <CALL-TYPE>REGULAR</CALL-TYPE>
  <BSW-ENTRY-KIND>CONCRETE</BSW-ENTRY-KIND>
</BSW-MODULE-ENTRY>
```

### 7.3 带参数的模块条目

```xml
<BSW-MODULE-ENTRY>
  <SHORT-NAME>Adc_DisableGroupNotification</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">Adc_DisableGroupNotification</L-4>
  </LONG-NAME>
  <DESC>
    <L-2 L="EN">Disables the notification mechanism for the requested ADC Channel group.</L-2>
  </DESC>
  <SERVICE-ID>0x08</SERVICE-ID>
  <IS-REENTRANT>true</IS-REENTRANT>
  <IS-SYNCHRONOUS>false</IS-SYNCHRONOUS>
  <CALL-TYPE>REGULAR</CALL-TYPE>
  <BSW-ENTRY-KIND>CONCRETE</BSW-ENTRY-KIND>
  <ARGUMENTS>
    <SW-SERVICE-ARG>
      <SHORT-NAME>Group</SHORT-NAME>
      <LONG-NAME>
        <L-4 L="EN">Group</L-4>
      </LONG-NAME>
      <DESC>
        <L-2 L="EN">Numeric ID of requested ADC Channel group.</L-2>
      </DESC>
      <DIRECTION>IN</DIRECTION>
      <SW-DATA-DEF-PROPS>
        <SW-DATA-DEF-PROPS-VARIANTS>
          <SW-DATA-DEF-PROPS-CONDITIONAL>
            <IMPLEMENTATION-DATA-TYPE-REF DEST="IMPLEMENTATION-DATA-TYPE">/AUTOSAR/Adc/ImplementationDataTypes_Blueprint/Adc_GroupType</IMPLEMENTATION-DATA-TYPE-REF>
          </SW-DATA-DEF-PROPS-CONDITIONAL>
        </SW-DATA-DEF-PROPS-VARIANTS>
      </SW-DATA-DEF-PROPS>
    </SW-SERVICE-ARG>
  </ARGUMENTS>
</BSW-MODULE-ENTRY>
```

### 7.4 关键属性说明

| 属性 | 说明 | 可能的值 |
|------|------|----------|
| SERVICE-ID | 服务标识符 | 十六进制值 (如 0x01, 0x08) |
| IS-REENTRANT | 是否可重入 | true, false |
| IS-SYNCHRONOUS | 是否同步 | true, false |
| CALL-TYPE | 调用类型 | REGULAR, CYCLIC, ERROR_HOOK, etc. |
| BSW-ENTRY-KIND | 条目类型 | CONCRETE, ABSTRACT |
| DIRECTION | 参数方向 | IN, OUT, INOUT |

---

## 8. 客户端-服务器接口 (CLIENT-SERVER-INTERFACE)

### 8.1 概述

服务接口定义位于 `/AUTOSAR/{Module}/ClientServerInterfaces_Blueprint/`。

### 8.2 接口 ARXML 结构

```xml
<CLIENT-SERVER-INTERFACE>
  <SHORT-NAME>V2xM_GeoMath</SHORT-NAME>
  <LONG-NAME>
    <L-4 L="EN">V2xM Geographic Mathematics Interface</L-4>
  </LONG-NAME>
  <IS-SERVICE>false</IS-SERVICE>
  <POSSIBLE-ERRORS>
    <APPLICATION-ERROR>
      <SHORT-NAME>E_OK</SHORT-NAME>
      <ERROR-CODE>0</ERROR-CODE>
    </APPLICATION-ERROR>
    <APPLICATION-ERROR>
      <SHORT-NAME>E_NOT_OK</SHORT-NAME>
      <ERROR-CODE>1</ERROR-CODE>
    </APPLICATION-ERROR>
  </POSSIBLE-ERRORS>
  <OPERATIONS>
    <CLIENT-SERVER-OPERATION>
      <SHORT-NAME>CalculateDistance</SHORT-NAME>
      <ARGUMENTS>
        <ARGUMENT-DATA-PROTOTYPE>
          <SHORT-NAME>Latitude1</SHORT-NAME>
          <TYPE-TREF DEST="APPLICATION-DATA-TYPE">Latitude</TYPE-TREF>
          <DIRECTION>IN</DIRECTION>
        </ARGUMENT-DATA-PROTOTYPE>
        <ARGUMENT-DATA-PROTOTYPE>
          <SHORT-NAME>Longitude1</SHORT-NAME>
          <TYPE-TREF DEST="APPLICATION-DATA-TYPE">Longitude</TYPE-TREF>
          <DIRECTION>IN</DIRECTION>
        </ARGUMENT-DATA-PROTOTYPE>
        <ARGUMENT-DATA-PROTOTYPE>
          <SHORT-NAME>Latitude2</SHORT-NAME>
          <TYPE-TREF DEST="APPLICATION-DATA-TYPE">Latitude</TYPE-TREF>
          <DIRECTION>IN</DIRECTION>
        </ARGUMENT-DATA-PROTOTYPE>
        <ARGUMENT-DATA-PROTOTYPE>
          <SHORT-NAME>Longitude2</SHORT-NAME>
          <TYPE-TREF DEST="APPLICATION-DATA-TYPE">Longitude</TYPE-TREF>
          <DIRECTION>IN</DIRECTION>
        </ARGUMENT-DATA-PROTOTYPE>
        <ARGUMENT-DATA-PROTOTYPE>
          <SHORT-NAME>Distance</SHORT-NAME>
          <TYPE-TREF DEST="APPLICATION-DATA-TYPE">Distance</TYPE-TREF>
          <DIRECTION>OUT</DIRECTION>
        </ARGUMENT-DATA-PROTOTYPE>
      </ARGUMENTS>
    </CLIENT-SERVER-OPERATION>
  </OPERATIONS>
</CLIENT-SERVER-INTERFACE>
```

---

## 9. 记录布局 (SW-RECORD-LAYOUT)

### 9.1 概述

记录布局定义位于 `/AUTOSAR/GenDef/SwRecordLayouts_Blueprint/`。

### 9.2 简单值布局 (ValBlk)

```xml
<SW-RECORD-LAYOUT>
  <SHORT-NAME NAME-PATTERN="{blueprintName}">Val_f32</SHORT-NAME>
  <SW-RECORD-LAYOUT-GROUP>
    <SHORT-LABEL NAME-PATTERN="{blueprintName}">Val</SHORT-LABEL>
    <SW-RECORD-LAYOUT-V>
      <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/float32</BASE-TYPE-REF>
      <SW-RECORD-LAYOUT-V-AXIS>0</SW-RECORD-LAYOUT-V-AXIS>
      <SW-RECORD-LAYOUT-V-PROP>VALUE</SW-RECORD-LAYOUT-V-PROP>
    </SW-RECORD-LAYOUT-V>
  </SW-RECORD-LAYOUT-GROUP>
</SW-RECORD-LAYOUT>
```

### 9.3 数组值布局 (ValBlk_*)

```xml
<SW-RECORD-LAYOUT>
  <SHORT-NAME NAME-PATTERN="ValBlk_{Data}_{Type}">ValBlk_u8_6</SHORT-NAME>
  <SW-RECORD-LAYOUT-GROUP>
    <SHORT-LABEL NAME-PATTERN="{Data}">ValBlk</SHORT-LABEL>
    <CATEGORY>COLUMN_DIR</CATEGORY>
    <NUMBER-OF-AXIS>1</NUMBER-OF-AXIS>
    <SW-RECORD-LAYOUT-V-AXIS-PLUS-PARAM>
      <SW-RECORD-LAYOUT-V-AXIS-PARAM>
        <SHORT-LABEL>axis</SHORT-LABEL>
        <CATEGORY>FIXED_AXIS</CATEGORY>
        <SW-RECORD-LAYOUT-V>
          <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/uint8</BASE-TYPE-REF>
        </SW-RECORD-LAYOUT-V>
        <SW-RECORD-LAYOUT-V-AXIS>1</SW-RECORD-LAYOUT-V-AXIS>
      </SW-RECORD-LAYOUT-V-AXIS-PARAM>
    </SW-RECORD-LAYOUT-V-AXIS-PLUS-PARAM>
    <SW-RECORD-LAYOUT-V>
      <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/uint8</BASE-TYPE-REF>
      <SW-RECORD-LAYOUT-V-AXIS>0</SW-RECORD-LAYOUT-V-AXIS>
      <SW-RECORD-LAYOUT-V-PROP>VALUE</SW-RECORD-LAYOUT-V-PROP>
    </SW-RECORD-LAYOUT-V>
  </SW-RECORD-LAYOUT-GROUP>
</SW-RECORD-LAYOUT>
```

### 9.4 立方体布局 (Cuboid)

```xml
<SW-RECORD-LAYOUT>
  <SHORT-NAME>Cuboid_s16s16s16_s16</SHORT-NAME>
  <SW-RECORD-LAYOUT-GROUP>
    <SHORT-LABEL>Cuboid</SHORT-LABEL>
    <CATEGORY>INDEX_INCR</CATEGORY>
    <NUMBER-OF-AXIS>1</NUMBER-OF-AXIS>
    <SW-RECORD-LAYOUT-V-AXIS-PLUS-PARAM>
      <SW-RECORD-LAYOUT-V-AXIS-PARAM>
        <SHORT-LABEL>X</SHORT-LABEL>
        <CATEGORY>STANDARD_AXIS</CATEGORY>
        <AXIS-INDEX-DESCR-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifx/SwRecordLayouts_Blueprint/Curve_X_s16</SW-RECORD-LAYOUT-REF>
        <SW-RECORD-LAYOUT-V>
          <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/sint16</BASE-TYPE-REF>
        </SW-RECORD-LAYOUT-V>
        <SW-RECORD-LAYOUT-V-AXIS>1</SW-RECORD-LAYOUT-V-AXIS>
      </SW-RECORD-LAYOUT-V-AXIS-PARAM>
      <SW-RECORD-LAYOUT-V-AXIS-PARAM>
        <SHORT-LABEL>Y</SHORT-LABEL>
        <CATEGORY>STANDARD_AXIS</CATEGORY>
        <AXIS-INDEX-DESCR-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifx/SwRecordLayouts_Blueprint/Curve_X_s16</SW-RECORD-LAYOUT-REF>
        <SW-RECORD-LAYOUT-V>
          <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/sint16</BASE-TYPE-REF>
        </SW-RECORD-LAYOUT-V>
        <SW-RECORD-LAYOUT-V-AXIS>2</SW-RECORD-LAYOUT-V-AXIS>
      </SW-RECORD-LAYOUT-V-AXIS-PARAM>
      <SW-RECORD-LAYOUT-V-AXIS-PARAM>
        <SHORT-LABEL>Z</SHORT-LABEL>
        <CATEGORY>STANDARD_AXIS</CATEGORY>
        <AXIS-INDEX-DESCR-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifx/SwRecordLayouts_Blueprint/Curve_X_s16</SW-RECORD-LAYOUT-REF>
        <SW-RECORD-LAYOUT-V>
          <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/sint16</BASE-TYPE-REF>
        </SW-RECORD-LAYOUT-V>
        <SW-RECORD-LAYOUT-V-AXIS>3</SW-RECORD-LAYOUT-V-AXIS>
      </SW-RECORD-LAYOUT-V-AXIS-PARAM>
    </SW-RECORD-LAYOUT-V-AXIS-PLUS-PARAM>
    <SW-RECORD-LAYOUT-V>
      <BASE-TYPE-REF DEST="SW-BASE-TYPE">/AUTOSAR/Platform/BaseTypes_Blueprint/sint16</BASE-TYPE-REF>
      <SW-RECORD-LAYOUT-V-AXIS>0</SW-RECORD-LAYOUT-V-AXIS>
      <SW-RECORD-LAYOUT-V-PROP>VALUE</SW-RECORD-LAYOUT-V-PROP>
    </SW-RECORD-LAYOUT-V>
  </SW-RECORD-LAYOUT-GROUP>
</SW-RECORD-LAYOUT>
```

### 9.5 记录布局属性说明

| 属性 | 说明 | 可能的值 |
|------|------|----------|
| CATEGORY | 布局类别 | COLUMN_DIR, ROW_DIR, INDEX_INCR |
| SW-RECORD-LAYOUT-V-AXIS | 轴索引 | 0, 1, 2, 3 |
| SW-RECORD-LAYOUT-V-PROP | 值属性 | VALUE, CURVE_AXIS |
| NUMBER-OF-AXIS | 轴数量 | 1, 2, 3 |

---

## 10. 插值算法映射 (INTERPOLATION-ROUTINE-MAPPING-SET)

### 10.1 概述

插值映射定义位于 `/AUTOSAR/Ifl/InterpolationRoutineMappingSets_Blueprint/`。

### 10.2 IFL 插值映射

```xml
<INTERPOLATION-ROUTINE-MAPPING-SET>
  <SHORT-NAME>Ifl_Mappings</SHORT-NAME>
  <INTERPOLATION-ROUTINE-MAPPINGS>
    <INTERPOLATION-ROUTINE-MAPPING>
      <SHORT-NAME>DPSearch_f32__Distr_f32</SHORT-NAME>
      <INTERPOLATION-ROUTINE-REF DEST="BSW-MODULE-ENTRY">/AUTOSAR/RbaRpm_Ifl/BswModuleEntrys_Blueprint/DPSearch_f32</INTERPOLATION-ROUTINE-REF>
      <SW-RECORD-LAYOUT-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifl/SwRecordLayouts_Blueprint/Distr_f32</SW-RECORD-LAYOUT-REF>
    </INTERPOLATION-ROUTINE-MAPPING>
    <INTERPOLATION-ROUTINE-MAPPING>
      <SHORT-NAME>IntIpoCur_f32_f32__IntCurve_f32_f32</SHORT-NAME>
      <INTERPOLATION-ROUTINE-REF DEST="BSW-MODULE-ENTRY">/AUTOSAR/RbaRpm_Ifl/BswModuleEntrys_Blueprint/IntIpoCur_f32_f32</INTERPOLATION-ROUTINE-REF>
      <SW-RECORD-LAYOUT-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifl/SwRecordLayouts_Blueprint/IntCurve_f32_f32</SW-RECORD-LAYOUT-REF>
    </INTERPOLATION-ROUTINE-MAPPING>
    <INTERPOLATION-ROUTINE-MAPPING>
      <SHORT-NAME>IntIpoMap_f32f32_f32__IntMap_f32f32_f32</SHORT-NAME>
      <INTERPOLATION-ROUTINE-REF DEST="BSW-MODULE-ENTRY">/AUTOSAR/RbaRpm_Ifl/BswModuleEntrys_Blueprint/IntIpoMap_f32f32_f32</INTERPOLATION-ROUTINE-REF>
      <SW-RECORD-LAYOUT-REF DEST="SW-RECORD-LAYOUT">/AUTOSAR/Ifl/SwRecordLayouts_Blueprint/IntMap_f32f32_f32</SW-RECORD-LAYOUT-REF>
    </INTERPOLATION-ROUTINE-MAPPING>
  </INTERPOLATION-ROUTINE-MAPPINGS>
</INTERPOLATION-ROUTINE-MAPPING-SET>
```

---

## 11. 接口到模块条目映射

### 11.1 概述

接口映射定义位于 `/AUTOSAR/{Module}/Mapping_Blueprint/`。

### 11.2 映射 ARXML 结构

```xml
<CLIENT-SERVER-INTERFACE-TO-BSW-MODULE-ENTRY-BLUEPRINT-MAPPING>
  <SHORT-NAME>ClearDTC__Mapping</SHORT-NAME>
  <CLIENT-SERVER-INTERFACE-REF DEST="CLIENT-SERVER-INTERFACE">/AUTOSAR/Dem/ClientServerInterfaces_Blueprint/ClearDTC</CLIENT-SERVER-INTERFACE-REF>
  <OPERATION-MAPPINGS>
    <CLIENT-SERVER-OPERATION-BLUEPRINT-MAPPING>
      <BSW-MODULE-ENTRY-REF DEST="BSW-MODULE-ENTRY">/AUTOSAR/Dem/BswModuleEntrys_Blueprint/Dem_ClearDTC</BSW-MODULE-ENTRY-REF>
      <CLIENT-SERVER-OPERATION-REF DEST="CLIENT-SERVER-OPERATION">/AUTOSAR/Dem/ClientServerInterfaces_Blueprint/ClearDTC/ClearDTC</CLIENT-SERVER-OPERATION-REF>
    </CLIENT-SERVER-OPERATION-BLUEPRINT-MAPPING>
  </OPERATION-MAPPINGS>
</CLIENT-SERVER-INTERFACE-TO-BSW-MODULE-ENTRY-BLUEPRINT-MAPPING>
```

---

## 12. Blueprint 策略

### 12.1 BLUEPRINT-POLICY-SINGLE

用于单一属性的可衍生规则：

```xml
<BLUEPRINT-POLICY-SINGLE>
  <ATTRIBUTE-NAME>SHORT-NAME</ATTRIBUTE-NAME>
  <BLUEPRINT-DERIVATION-GUIDE>
    <P><L-1 L="EN">The name part {safety} shall contain the safety integrity level...</L-1></P>
  </BLUEPRINT-DERIVATION-GUIDE>
</BLUEPRINT-POLICY-SINGLE>
```

### 12.2 BLUEPRINT-POLICY-NOT-MODIFIABLE

用于标记不可修改的属性：

```xml
<BLUEPRINT-POLICY-NOT-MODIFIABLE>
  <ATTRIBUTE-NAME>COMPU-INTERNAL-TO-PHYS</ATTRIBUTE-NAME>
</BLUEPRINT-POLICY-NOT-MODIFIABLE>
```

### 12.3 BLUEPRINT-CONDITION

用于定义条件性 Blueprint：

```xml
<VARIATION-POINT>
  <BLUEPRINT-CONDITION>
    <VERBATIM>
      <L-5 L="EN">Optional</L-5>
    </VERBATIM>
  </BLUEPRINT-CONDITION>
</VARIATION-POINT>
```

---

## 13. 文件清单

| 文件名 | 描述 |
|--------|------|
| AUTOSAR_MOD_BswDataTypes_Blueprint.arxml | BSW 数据类型 Blueprint |
| AUTOSAR_MOD_BswModuleEntrys_Blueprint.arxml | BSW 模块条目 Blueprint |
| AUTOSAR_MOD_BswServiceDataTypes_Blueprint.arxml | BSW 服务数据类型 Blueprint |
| AUTOSAR_MOD_BswServiceInterfaces_Blueprint.arxml | BSW 服务接口 Blueprint |
| AUTOSAR_MOD_BswServiceInterfacesMapping_Blueprint.arxml | BSW 服务接口映射 Blueprint |
| AUTOSAR_MOD_CommonDataTypes_Blueprint.arxml | 通用数据类型 Blueprint |
| AUTOSAR_MOD_Cube_SwRecordLayout_Blueprint.arxml | 立方体记录布局 Blueprint |
| AUTOSAR_MOD_IFL_RecordLayout_Blueprint.arxml | IFL 记录布局 Blueprint |
| AUTOSAR_MOD_IFX_RecordLayout_Blueprint.arxml | IFX 记录布局 Blueprint |
| AUTOSAR_MOD_MemoryMapping_SwAddrMethods_Blueprint.arxml | 内存映射地址方法 Blueprint |
| AUTOSAR_MOD_PhysicalDimensions_Blueprint.arxml | 物理维度 Blueprint |
| AUTOSAR_MOD_SWCServiceRelatedInterfaces_Blueprint.arxml | SWC 服务相关接口 Blueprint |
| AUTOSAR_MOD_Units_Blueprint.arxml | 单位 Blueprint |
| AUTOSAR_MOD_ValBlk_SwRecordLayout_Blueprint.arxml | 值块记录布局 Blueprint |

---

## 14. 附录：完整 ARXML 文件结构

### 14.1 Blueprint 文件模板

```xml
<?xml version="1.0" encoding="UTF-8"?>
<AUTOSAR xmlns="http://autosar.org/schema/r4.0" 
         xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
         xsi:schemaLocation="http://autosar.org/schema/r4.0 AUTOSAR_00046.xsd">
   <ADMIN-DATA>
      <USED-LANGUAGES>
         <L-10 L="EN" xml:space="default">English</L-10>
      </USED-LANGUAGES>
   </ADMIN-DATA>
   <AR-PACKAGES>
      <AR-PACKAGE>
         <SHORT-NAME>AUTOSAR</SHORT-NAME>
         <AR-PACKAGES>
            <AR-PACKAGE>
               <SHORT-NAME>{Module}</SHORT-NAME>
               <AR-PACKAGES>
                  <AR-PACKAGE>
                     <SHORT-NAME>{BlueprintType}_Blueprint</SHORT-NAME>
                     <CATEGORY>BLUEPRINT</CATEGORY>
                     <ELEMENTS>
                        <!-- 定义的具体元素 -->
                     </ELEMENTS>
                  </AR-PACKAGE>
               </AR-PACKAGES>
            </AR-PACKAGE>
         </AR-PACKAGES>
      </AR-PACKAGE>
   </AR-PACKAGES>
</AUTOSAR>
```

### 14.2 常用路径引用

| 元素类型 | 路径模式 |
|----------|----------|
| 基础类型 | `/AUTOSAR/Platform/BaseTypes_Blueprint/{type}` |
| 实现类型 | `/AUTOSAR/Platform/ImplementationDataTypes_Blueprint/{type}` |
| 单位 | `/AUTOSAR/AUTOSAR_PhysicalUnits/Units_Blueprints/{unit}` |
| 物理维度 | `/AUTOSAR/AUTOSAR_PhysicalUnits/PhysicalDimensions_Blueprints/{dim}` |
| 记录布局 | `/AUTOSAR/{package}/SwRecordLayouts_Blueprint/{layout}` |
| BSW 模块条目 | `/AUTOSAR/{module}/BswModuleEntrys_Blueprint/{entry}` |