示例代码TSL V.2.4.0可以在STM8S105C6和STM8S103K3上运行吗？

你能否更好地描述正在发生/未发生的事情？你做了什么来配置TSL？
 
如果你的程序正在运行，请观察变量sSCKeyInfo [key_number] .state，sSCKeyInfo [key_number] .Channel.LastMeasure和sSCKeyInfo [key_number]。使用STVD调试器的参考（http://www.st.com/internet/evalboard/产品/ 210567.jsp
）或STMStudio（http://www.st.com/internet/evalboard/product/251373.jsp
并描述正在发生的事情。
关键在哪个状态？
sSCKeyInfo [key_number] .LastMeasure在您触摸按键时会改变吗？



以下为原文





Could you please describe better what is happening/not happening? what have you done to configure the TSL?

If your program is running, watch the variables sSCKeyInfo[key_number].state, sSCKeyInfo[key_number].Channel.LastMeasure and sSCKeyInfo[key_number].Reference using the STVD debugger (http://www.st.com/internet/evalboard/product/210567.jsp
) or the STMStudio (http://www.st.com/internet/evalboard/product/251373.jsp
) and describe what is happening.
In which state are the keys?
Is sSCKeyInfo[key_number].LastMeasure changing when you touch the keys?

我在STM8S105C6上重新检查配置。
 
 我的配置有些错误。
 现在它完成了工作。
 
 但是在STM8S103K3上无法正常工作。
 
 在调试中
 sSCKeyInfo [KEY_NUMBER] .STATE
 .whole = 8' b'
 .b所有值均为0，ERROR为1。
 
 sSCKeyInfo [KEY_NUMBER] .Channel
 .LastMeasure = 0
 .Reference = 0
 
 然后我尝试一步。
 在TSL_Action（）设置断点;
 当调用TSL_Action（）;大概3-4次。
 sSCKeyInfo [key_number] .state.b.CALIBRATION设置为1。
 之后，ERROR设置为1。
 ERROR设置为1后，值永远不会改变。（触摸或不触摸）
 
 对于STM8S103K3，我使用STM8S发现板
 移除STM8S105C6并从STM8S103的引脚重新接线到CN1，CN2，CN3和CN4。
 并像这样连接引脚
 TL_Load是PE5
 点触发是PB0
 LED是PC1
 与STM8S105C6不同，因为它易于接线。
 
 我想这些信息可能很有用。
 我没有示波器但是，我在TS_Load尝试电压表。
 在STM8S105C6上的值约为2 V.
 但STM8S103K3为0 V.
 
 
 现在，接下来我该怎么办？
 
 
 
 一些配置
 
 
 / *根据您使用的目标STM8S或STM8A设备取消注释以下行
 应用。 * /
 
 / * #define STM8S208 * / / *！＆lt; STM8S带CAN * /的高密度设备
 / * #define STM8S207 * / / *！＆lt; STM8S不带CAN * /的高密度设备
 / * #define STM8AF52Ax * / / *！＆lt; STM8A带CAN * /的高密度设备
 / * #define STM8AF62Ax * / / *！＆lt; STM8A不带CAN * /的高密度设备
 / * #define STM8S105 * / / *！＆lt; STM8S中密度设备* /
 / * #define STM8AF626x * / / *！＆lt; STM8A中密度设备* /
 #define STM8S103 / *！＆lt; STM8S低密度设备* /
 / * #define STM8S903 * / / *！＆lt; STM8S低密度设备* /



以下为原文





I recheck config on STM8S105C6.

My configuration some value wrong.
Now it's work done.

But on STM8S103K3 not work.

in debugging
sSCKeyInfo[key_number].state
   .whole = 8 'b'
   .b all value is 0 only ERROR is 1.

sSCKeyInfo[key_number].Channel
   .LastMeasure = 0
   .Reference = 0

Then I try step run.
Set break point at TSL_Action();
When call TSL_Action(); about 3-4 time.
sSCKeyInfo[key_number].state.b.CALIBRATION set to 1.
After that ERROR is set to 1.
Value never change after ERROR set to 1. (with touch or not touch)

For STM8S103K3, I use STM8S discovery board by  
remove STM8S105C6 and re wiring from STM8S103's pin to CN1, CN2, CN3 and CN4.
And connect pin like this
TL_Load is PE5
Point touch sence is PB0
LED is PC1
Not same as STM8S105C6 because it's easy to wire.

I guess this information may be usefull.
I not have oscilloscope but, I try volt meter at TS_Load.
On STM8S105C6 value is about 2 V.
but STM8S103K3 is 0 V.


Now, what can I do next ?



Some configuration


/* Uncomment the line below according to the target STM8S or STM8A device used in your
    application. */

  /* #define STM8S208 */      /*!< STM8S High density devices with CAN */
  /* #define STM8S207 */      /*!< STM8S High density devices without CAN */
  /* #define STM8AF52Ax */    /*!< STM8A High density devices with CAN */
  /* #define STM8AF62Ax */    /*!< STM8A High density devices without CAN */
  /* #define STM8S105 */      /*!< STM8S Medium density devices */
  /* #define STM8AF626x */    /*!< STM8A Medium density devices */
#define STM8S103       /*!< STM8S Low density devices */
  /* #define STM8S903 */      /*!< STM8S Low density devices */

#define MCU_SELECTION（4）
 
 #define TIMACQ（TIM2）
 #define TIMACQ_CNTR_ADD（0x530C）
 
 #define TIMTICK（TIM4）
 
 #define LOADREF_PORT_ADDR（GPIOE_BaseAddress）/ **＆lt; LOADREF引脚GPIO基地址* /
 #define LOADREF_BIT（0x20）/ **＆lt; LOADREF引脚掩码* /
 
 #define SCKEY_P1_KEY_COUNT（1）
 
 #define SCKEY_P1_PORT_ADDR（GPIOB_BaseAddress）/ **＆lt;单通道密钥端口1：GPIO基地址* /
 #define SCKEY_P1_A（0x01）/ **＆lt;单通道键端口1：第一键掩码* /
 #define SCKEY_P1_B（0）/ **＆lt;单通道键端口1：第二键掩码* /
 #define SCKEY_P1_C（0）/ **＆lt;单通道键端口1：第三键掩码* /
 #define SCKEY_P1_D（0）/ **＆lt;单通道键端口1：第四键掩码* /
 #define SCKEY_P1_E（0）/ **＆lt;单通道键端口1：第五键掩码* /
 #define SCKEY_P1_F（0）/ **＆lt;单通道键端口1：第六键掩码* /
 #define SCKEY_P1_G（0）/ **＆lt;单通道键端口1：第7键掩码* /
 #define SCKEY_P1_H（0）/ **＆lt;单通道键端口1：第8键掩码* /
 #define SCKEY_P1_DRIVEN_SHIELD_MASK（0x00）
 
 #define GPIOA_ELECTRODES_MASK（0x00）/ **＆lt; GPIOA的电极掩膜* /
 #define GPIOB_ELECTRODES_MASK（0x01）/ **＆lt; GPIOB的电极掩膜* /
 #define GPIOC_ELECTRODES_MASK（0x00）/ **＆lt; GPIOC的电极掩模* /
 #define GPIOD_ELECTRODES_MASK（0x00）/ **＆lt; GPIOD的电极掩膜* /
 #define GPIOE_ELECTRODES_MASK（0x00）/ **＆lt; GPIOE的电极掩膜* /
 #define GPIOF_ELECTRODES_MASK（0x00）/ **＆lt; GPIOF的电极掩模* /
 #define GPIOG_ELECTRODES_MASK（0x00）/ **＆lt; GPIOG的电极掩膜* /
 #define GPIOH_ELECTRODES_MASK（0x00）/ **＆lt; GPIOH的电极掩膜* /
 #define GPIOI_ELECTRODES_MASK（0x00）/ **＆lt; GPIOI的电极掩膜* /



以下为原文








#define MCU_SELECTION  (4)

#define TIMACQ           (TIM2)
#define TIMACQ_CNTR_ADD  (0x530C)

#define TIMTICK         (TIM4)

#define LOADREF_PORT_ADDR  (GPIOE_BaseAddress)  /**< LOADREF pin GPIO base address */
#define LOADREF_BIT        (0x20)               /**< LOADREF pin mask */

#define SCKEY_P1_KEY_COUNT  (1)

#define SCKEY_P1_PORT_ADDR  (GPIOB_BaseAddress)  /**< Single channel key Port 1: GPIO base address */
#define SCKEY_P1_A  (0x01)  /**< Single channel key Port 1: 1st key mask */
#define SCKEY_P1_B  (0)  /**< Single channel key Port 1: 2nd key mask */
#define SCKEY_P1_C  (0)  /**< Single channel key Port 1: 3rd key mask */
#define SCKEY_P1_D  (0)  /**< Single channel key Port 1: 4th key mask */
#define SCKEY_P1_E  (0)     /**< Single channel key Port 1: 5th key mask */
#define SCKEY_P1_F  (0)     /**< Single channel key Port 1: 6th key mask */
#define SCKEY_P1_G  (0)     /**< Single channel key Port 1: 7th key mask */
#define SCKEY_P1_H  (0)     /**< Single channel key Port 1: 8th key mask */
#define SCKEY_P1_DRIVEN_SHIELD_MASK (0x00)

#define GPIOA_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOA */
#define GPIOB_ELECTRODES_MASK  (0x01)  /**< Electrodes mask for GPIOB */
#define GPIOC_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOC */
#define GPIOD_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOD */
#define GPIOE_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOE */
#define GPIOF_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOF */
#define GPIOG_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOG */
#define GPIOH_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOH */
#define GPIOI_ELECTRODES_MASK  (0x00)  /**< Electrodes mask for GPIOI */

密钥进入错误状态的最常见原因是当实际度量超出允许范围时。
 
尝试更改配置文件中的SCKEY_MIN_ACQUISITION和SCKEY_MAX_ACQUISITIONdefinition



以下为原文





The most common cause of the keys going in error state is when the actual measure is out of the allowed range.

try changing the SCKEY_MIN_ACQUISITION  and SCKEY_MAX_ACQUISITIONdefinition in the configuration file