Create a Renesas e2 Studio project Renesas RH850-D1M1A quick start guide

C

Renesas RA6M3G FSP configuration

To get Qt Quick Ultralite working on RA6M3G, the FSP needs quite extensive configuration. Use the FSP editor in e² studio to add the following FSP stacks and threads:

To know more about FSP Configuration tool, refer Configuring a Project and Adding Threads and Drivers section from RA FSP documentation.

Default FSP Configuration in Renesas e² studio

Note: Use the default value for the property if not specified in the table.

BSP

Property	Value
RA Common > Main stack size (bytes)	`32768`
RA Common > Heap size (bytes)	`102400`

Notes:

The values listed earlier are relevant for initial testing only, as the stack and heap sizes are application-specific.
On default platform adaptation, these values do not have any effect as custom implementation allows the stack region to overlap with the heap region.
Use the startup.c and system.c files from the e² Studio project to set the stack and heap size. You can find these system files in the ra/fsp/src/bsp/cmsis/Device/RENESAS/Source directory.
Use the script/fsp.ld linker script generated by e² Studio as a reference to set stack and heap regions properly.

Stacks

Add the following stacks and configure them:

Analog > ADC (`r_adc`)

Property	Value
Module > General > Name	`g_adc0`
Module > Input > Channel Scan Mask > Channel 2	`Selected`
Pins > AN02	`P002`

Connectivity > I2C Master (`r_iic_master`)

Property	Value
Module > Name	`g_i2c_touch`
Module > Channel	`2`
Module > Rate	`Fast-mode`
Module > Rise Time (ns)	`120`
Module > Fall Time (ns)	`120`
Module > Duty Cycle (%)	`50`
Module > Slave Address	`0x38`
Module > Address Mode	`7-bit`
Module > Timeout Mode	`Short Mode`
Module > Callback	`touch_i2c_callback`
Module > Interrupt Priority Level	`Priority 6`
Pins > SDA	`P511`
Pins > SCL	`P512`

Connectivity > UART (`r_sci_uart`)

Property	Value
Module > General > Name	`g_uart0`
Module > General > Channel	`0`
Module > General > Data Bits	`8bits`
Module > General > Parity	`None`
Module > General > Stop Bits	`1bit`
Module > Interrupts > Callback	`user_uart_callback`
Pins > TXD_MOSI	`P411`
Pins > RXD_MISO	`P410`

Note: Set the Operation Mode to Asynchronous UART while assigning the pins for the UART. Additionally, either disable SPI0 or assign different pins to use the P410 and P411 pins for UART.

Graphics > D/AVE 2D Port Interface (`r_drw`)

Property	Value
Common > Allow Indirect Mode	`Enabled`
Common > Memory Allocation	`Custom`
Module > D2 Device Handle Name	`d2_handle0`
Module > DRW Interrupt Priority	`Priority 2`

Graphics > Graphics LCD (`r_glcdc`)

Property	Value
Module > General > Name	`g_display0`
Module > Interrupts > Callback Function	`glcdc_callback`
Module > Interrupts > Line Detect Interrupt Priority	`Priority 2`
Module > Input > Graphics Layer 1 > General > Horizontal size	`480`
Module > Input > Graphics Layer 1 > General > Vertical size	`272`
Module > Input > Graphics Layer 1 > Framebuffer > Number of framebuffers	`1`
Module > Input > Graphics Layer 1 > Framebuffer > Section for framebuffer allocation	`.bss`
Module > Output > Timing > Horizontal total cycles	`525`
Module > Output > Timing > Horizontal active video cycles	`480`
Module > Output > Timing > Horizontal back porch cycles	`40`
Module > Output > Timing > Horizontal sync signal cycles	`1`
Module > Output > Timing > Horizontal sync signal polarity	`Low active`
Module > Output > Timing > Vertical total lines	`316`
Module > Output > Timing > Vertical active video lines	`272`
Module > Output > Timing > Vertical back porch lines	`8`
Module > Output > Timing > Vertical sync signal cycles	`1`
Module > Output > Timing > Vertical sync signal polarity	`Low active`
Module > Output > Timing > Data Enable Signal Polarity	`High active`
Module > Output > Timing > Sync edge	`Rising edge`
Module > Output > Format > Color format	`16bits RGB565`
Module > TCON > Hsync pin select	`LCD_TCON0`
Module > TCON > Vsync pin select	`LCD_TCON1`
Module > TCON > Panel clock division ratio	`1/32`

Note: If you need double buffering, change Number of framebuffers to 2.

Input > External IRQ (`r_icu`)

Property	Value
Module > Name	`g_S1_irq0`
Module > Channel	`13`
Module > Trigger	`Falling`
Module > Digital Filtering	`Enabled`
Module > Digital Filtering Sample Clock	`PCLK / 64`
Module > Callback	`s1_irq_callback`
Module > Pin Interrupt Priority	`Priority 12`
Pins > IRQ13	`P009`

Input > External IRQ (`r_icu`)

Property	Value
Module > Name	`g_touch_irq`
Module > Channel	`0`
Module > Trigger	`Falling`
Module > Digital Filtering	`Enabled`
Module > Digital Filtering Sample Clock	`PCLK / 64`
Module > Callback	`touch_irq_cb`
Module > Pin Interrupt Priority	`Priority 5`
Pins > IRQ00	`P206`

Note: Ensure that P206 is IRQ mode and its Pull up property is input pull-up.

Storage > QSPI (`r_qspi`)

Property	Value
Module > General > Name	`g_qspi0`
Module > General > Bus Timing > Minimum QSSL Deselect Cycles	`8 QSPCLK`

Timers > Timer, General PWM (`r_gpt`)

Property	Value
Common > Pin Output Support	`Enabled`
Module > General > Name	`g_timer_PWM`
Module > General > Channel	`7`
Module > General > Mode	`Saw-wave PWM`
Module > General > Period	`10`
Module > General > Period Unit	`Milliseconds`
Module > Output > Duty Cycle Percent	`75`
Module > Output > GTIOCA Output Enabled	`True`
Module > Output > GTIOCA Stop Level	`Pin Level High`
Pins > GTIOCA	`P603`

Note: When setting the GTIOCA pin, ensure that Operation Mode of the GPT Timer is GTIOCA or GTIOCB, and pin P603 is Peripheral mode.

Add the S1 IRQ Driver `r_icu`:

Property	Value
Module > Name	g_S1_irq
Module > Channel	`13`
Module > Trigger	`Falling`
Module > Digital Filtering	`Enabled`
Module > Digital Filtering Sample Clock	`PCLK / 64`
Module > Callback	`s1_irq_callback`
Module > Pin Interrupt Priority	`Priority 12`
Pins > IRQ13	`P009`

FSP for FreeRTOS

Now that you have added the generic FSP configuration, add the necessary FreeRTOS-specific configuration for the project. For the LED indicator application, using single heap for everything should be enough.

Create a new thread in the FSP configuration tool

Set the following Common properties for the thread:

Property	Value
Memory Allocation > Support Static Allocation	Enabled
Memory Allocation > Support Dynamic Allocation	Enabled
Memory Allocation > Total Heap Size	102400
Memory Allocation > Application Allocated Heap	Enabled
Hooks > Use Tick Hook	Enabled
Optional Functions > uxTaskGetStackHighWatermark() Function	Enabled

Set the following Thread properties:

Property	Value
Symbol	`qul_thread`
Name	`QulThread`
Stack Size (Bytes)	32768
Priority	4
Thread Context	`NULL`
Memory Allocation	Dynamic
Allocate Secure Context	Enable

Add FreeRTOS Heap 4 stack to HAL/Common

Create another thread with the following Thread properties:

Property	Value
Symbol	`app_thread`
Name	`AppThread`
Stack Size (Bytes)	1024
Priority	4
Thread Context	`NULL`
Memory Allocation	Dynamic
Allocate Secure Context	Enable

Create a new queue and set the following properties for it:

Property	Value
Symbol	`g_app_queue`
Item Size (Bytes)	1
Queue Length (Items)	20
Memory Allocation	Dynamic

Now, switch to the BSP tab in the FSP editor and click Generate project content.

Create a Renesas e2 Studio project Renesas RH850-D1M1A quick start guide

Available under certain Qt licenses.
Find out more.

C

Renesas RA6M3G FSP configuration

Default FSP Configuration in Renesas e2 studio

BSP

Notes:

Stacks

Analog > ADC (r_adc)

Connectivity > I2C Master (r_iic_master)

Connectivity > UART (r_sci_uart)

Graphics > D/AVE 2D Port Interface (r_drw)

Graphics > Graphics LCD (r_glcdc)

Input > External IRQ (r_icu)

Input > External IRQ (r_icu)

Storage > QSPI (r_qspi)

Timers > Timer, General PWM (r_gpt)

Add the S1 IRQ Driver r_icu:

FSP for FreeRTOS

Create a new thread in the FSP configuration tool

Set the following Thread properties:

Add FreeRTOS Heap 4 stack to HAL/Common

Create another thread with the following Thread properties:

Create a new queue and set the following properties for it:

Default FSP Configuration in Renesas e² studio

Analog > ADC (`r_adc`)

Connectivity > I2C Master (`r_iic_master`)

Connectivity > UART (`r_sci_uart`)

Graphics > D/AVE 2D Port Interface (`r_drw`)

Graphics > Graphics LCD (`r_glcdc`)

Input > External IRQ (`r_icu`)

Input > External IRQ (`r_icu`)

Storage > QSPI (`r_qspi`)

Timers > Timer, General PWM (`r_gpt`)

Add the S1 IRQ Driver `r_icu`: