mtk-lk/scripts/MT6755_DSI0_B60384.cmm

;------------------------------------------------------------------------
; PHY Timing Control
;------------------------------------------------------------------------
;PLL freq = 26x(fbkdiv)x(prediv)/(posdiv)
; prediv = 0:/1, 1:/2, 2,3:/4
; posdiv = 0:/1, 1:/2, 2:/4, 3:/8, 4:/16
; txdiv0,txdiv1 is removed from B60384

&fbkdiv=0x09
&prediv=0x00
&posdiv=0x03

;------------------------------------------------------------------------
; Address define (Project dependant)
;------------------------------------------------------------------------
;;do K2_DSI0_address_def.cmm
  ;------------------------------------------------------------------------
  ; MMSYS register map
  ;------------------------------------------------------------------------
  &mmsys_base=0x14000000
  
  &MMSYS_CG_CLR0=&mmsys_base+0x00108
  &MMSYS_CG_CLR1=&mmsys_base+0x00118
  &LCM_RST_B=&mmsys_base+0x00150
  
  ;------------------------------------------------------------------------
  ; I2C register map
  ;------------------------------------------------------------------------
  &i2c_base=0x14019000
  
  ;------------------------------------------------------------------------
  ; MIPI TX config register map
  ;------------------------------------------------------------------------
  &mipi_tx_config_base=0x10215000
  
  &DSI_CON=&mipi_tx_config_base+0x000
  &DSI_CLOCK_LANE=&mipi_tx_config_base+0x004
  &DSI_DATA_LANE_0=&mipi_tx_config_base+0x008
  &DSI_DATA_LANE_1=&mipi_tx_config_base+0x00c
  &DSI_DATA_LANE_2=&mipi_tx_config_base+0x010
  &DSI_DATA_LANE_3=&mipi_tx_config_base+0x014
  &DSI_TOP_CON=&mipi_tx_config_base+0x040
  &DSI_BG_CON=&mipi_tx_config_base+0x044
  &DSI_PLL_CON0=&mipi_tx_config_base+0x050
  &DSI_PLL_CON1=&mipi_tx_config_base+0x054
  &DSI_PLL_CON2=&mipi_tx_config_base+0x058
  &DSI_PLL_CON3=&mipi_tx_config_base+0x05c
  &DSI_PLL_CHG=&mipi_tx_config_base+0x060
  &DSI_PLL_TOP=&mipi_tx_config_base+0x064
  &DSI_PLL_PWR=&mipi_tx_config_base+0x068
  &DSI_GPI_EN=&mipi_tx_config_base+0x074
  &DSI_GPI_PULL=&mipi_tx_config_base+0x078
  &DSI_PHY_SEL=&mipi_tx_config_base+0x07c
  &DSI_SW_CTRL_EN=&mipi_tx_config_base+0x080
  &DSI_SW_CTRL_CON0=&mipi_tx_config_base+0x084
  &DSI_SW_CTRL_CON1=&mipi_tx_config_base+0x088
  &DSI_SW_CTRL_CON2=&mipi_tx_config_base+0x08c
  &DSI_DBG_CON=&mipi_tx_config_base+0x090
  &DSI_DBG_OUT=&mipi_tx_config_base+0x094
  &DSI_APB_ASYNC_STA=&mipi_tx_config_base+0x098
  
  ;------------------------------------------------------------------------
  ; MIPI RX config register map
  ;------------------------------------------------------------------------
  &mipi_rx_ana_base=0x10217000
  &mipi_rx_config_base=0x15008000
  
  ;------------------------------------------------------------------------
  ; DSI register map
  ;------------------------------------------------------------------------
  &DSI_BASE=&mmsys_base+0x00011000
  
  &DSI_START=&DSI_BASE+0x00
  &DSI_INTSTA=&DSI_BASE+0x0c
  &DSI_COM_CON=&DSI_BASE+0x10
  &DSI_MODE_CON=&DSI_BASE+0x14
  &DSI_TXRX_CON=&DSI_BASE+0x18
  &DSI_PSCON=&DSI_BASE+0x1C
  &DSI_VSA_NL=&DSI_BASE+0x20
  &DSI_VBP_NL=&DSI_BASE+0x24
  &DSI_VFP_NL=&DSI_BASE+0x28
  &DSI_VACT_NL=&DSI_BASE+0x2c
  &DSI_HSA_WC=&DSI_BASE+0x50
  &DSI_HBP_WC=&DSI_BASE+0x54
  &DSI_HFP_WC=&DSI_BASE+0x58
  &DSI_BLLP_WC=&DSI_BASE+0x5c
  &DSI_CMDQ_CON=&DSI_BASE+0x60
  &DSI_HSTX_CKLP_WC=&DSI_BASE+0x64
  &DSI_RACK=&DSI_BASE+0x84
  &DSI_MEM_CONTI=&DSI_BASE+0x90
  
  &DSI_PHY_CON=&DSI_BASE+0x100
  &DSI_PHY_LCCON=&DSI_BASE+0x104
  &DSI_PHY_LD0CON=&DSI_BASE+0x108
  &DSI_PHY_TIMCON0=&DSI_BASE+0x110
  &DSI_PHY_TIMCON1=&DSI_BASE+0x114
  &DSI_PHY_TIMCON2=&DSI_BASE+0x118
  &DSI_PHY_TIMCON3=&DSI_BASE+0x11C
  &DSI_PHY_TIMCON4=&DSI_BASE+0x120
  
  &DSI_VM_CMD_CON=&DSI_BASE+0x130
  &DSI_VM_CMD_DATA0=&DSI_BASE+0x134
  &DSI_VM_CMD_DATA4=&DSI_BASE+0x138
  &DSI_VM_CMD_DATA8=&DSI_BASE+0x13c
  &DSI_VM_CMD_DATAC=&DSI_BASE+0x140
  &DSI_VM_CMD_DATA10=&DSI_BASE+0x180
  &DSI_VM_CMD_DATA14=&DSI_BASE+0x184
  &DSI_VM_CMD_DATA18=&DSI_BASE+0x188
  &DSI_VM_CMD_DATA1C=&DSI_BASE+0x18C
  
  &DSI_DEBUG_SEL=&DSI_BASE+0x170
  &DSI_BIST_PATTERN=&DSI_BASE+0x178
  &DSI_BIST_CON=&DSI_BASE+0x17c
  
  &DSI_CMDQ_BASE=&DSI_BASE+0x200
  &DSI_CMDQ_0=&DSI_CMDQ_BASE+0x00
  &DSI_CMDQ_1=&DSI_CMDQ_BASE+0x04
  &DSI_CMDQ_2=&DSI_CMDQ_BASE+0x08
  &DSI_CMDQ_3=&DSI_CMDQ_BASE+0x0c
  &DSI_CMDQ_4=&DSI_CMDQ_BASE+0x10
  &DSI_CMDQ_5=&DSI_CMDQ_BASE+0x14
  &DSI_CMDQ_6=&DSI_CMDQ_BASE+0x18
  &DSI_CMDQ_7=&DSI_CMDQ_BASE+0x1c
  &DSI_CMDQ_8=&DSI_CMDQ_BASE+0x20
  &DSI_CMDQ_9=&DSI_CMDQ_BASE+0x24
  
  ;------------------------------------------------------------------------
  ; RDMA register map
  ;------------------------------------------------------------------------
  &disp_rdma_base=&mmsys_base+0x00008000
  
  &DISP_RDMA_INT_ENABLE=&disp_rdma_base+0x000
  &DISP_RDMA_INT_STATUS=&disp_rdma_base+0x004
  &DISP_RDMA_GLOBAL_CON=&disp_rdma_base+0x010
  &DISP_RDMA_SIZE_CON_0=&disp_rdma_base+0x014
  &DISP_RDMA_SIZE_CON_1=&disp_rdma_base+0x018
  &DISP_RDMA_TARGET_LINE=&disp_rdma_base+0x01c
  &DISP_RDMA_MEM_CON=&disp_rdma_base+0x024
  &DISP_RDMA_MEM_SRC_PITCH=&disp_rdma_base+0x02c
  &DISP_RDMA_GMC_SETTING_0=&disp_rdma_base+0x030
  &DISP_RDMA_SLOW_CON=&disp_rdma_base+0x034
  &DISP_RDMA_GMC_SETTING_1=&disp_rdma_base+0x038
  &DISP_RDMA_FIFO_CON=&disp_rdma_base+0x040
  &DISP_RDMA_MEM_START_ADDR=&disp_rdma_base+0xf00
  
  ;------------------------------------------------------------------------
  ; UFOE register map
  ;------------------------------------------------------------------------
  &disp_ufoe_base=&mmsys_base+0x00010000
  &DISP_UFO_START=&mmsys_base+0x00
  
  ;------------------------------------------------------------------------
  ; DISP Split
  ;------------------------------------------------------------------------
  &disp_split0_base=&mmsys_base+0x00018000
  &disp_split1_base=&mmsys_base+0x00019000
  
  &DISP_SPLIT0_SPLIT_ENABLE=&disp_split0_base+0x00
  &DISP_SPLIT0_SPLIT_SW_RESET=&disp_split0_base+0x04
  
  &DISP_SPLIT1_SPLIT_ENABLE=&disp_split1_base+0x00
  &DISP_SPLIT1_SPLIT_SW_RESET=&disp_split1_base+0x04
  
  ;------------------------------------------------------------------------
  ; Mutex register map
  ;------------------------------------------------------------------------
  &disp_mutex_base=&mmsys_base+0x00014000
  
  &DISP_MUTEX_INTEN=&disp_mutex_base+0x00
  &DISP_MUTEX_INTSTA=&disp_mutex_base+0x04
  &DISP_MUTEX0_SOF=&disp_mutex_base+0x30
  &DISP_MUTEX0_MOD=&disp_mutex_base+0x2c
  &DISP_MUTEX0_EN=&disp_mutex_base+0x20
  &DISP_MUTEX0_RST=&disp_mutex_base+0x28
  &DISP_MUTEX1_SOF=&disp_mutex_base+0x50
  &DISP_MUTEX1_MOD=&disp_mutex_base+0x4c
  &DISP_MUTEX1_EN=&disp_mutex_base+0x40
  &DISP_MUTEX1_RST=&disp_mutex_base+0x48
  
  ;------------------------------------------------------------------------
  ; Mux sel
  ;------------------------------------------------------------------------
  &DISP_UFOE_MOUT_EN=&mmsys_base+0x03c
  &DISP_PATH0_SEL_IN=&mmsys_base+0x090
  &DISP_PATH1_SEL_IN=&mmsys_base+0x094
  &DISP_UFOE_SEL_IN=&mmsys_base+0x060
  &DISP_DSI0_SEL_IN=&mmsys_base+0x064
  &DISP_DSI1_SEL_IN=&mmsys_base+0x0a8
  &DISP_RDMA0_SOUT_SEL_IN=&mmsys_base+0x06c
  &DISP_RDMA1_SOUT_SEL_IN=&mmsys_base+0x0b4
  &DISP_RDMA2_SOUT_SEL_IN=&mmsys_base+0x0b8
  &DISP_PATH0_SOUT_SEL_IN=&mmsys_base+0x0c4
  &DISP_PATH1_SOUT_SEL_IN=&mmsys_base+0x0c8
  
  ;------------------------------------------------------------------------
  ; Clock source and debug settings
  ;------------------------------------------------------------------------
  D.S SD:&MMSYS_CG_CLR0 %LE %LONG 0xffffffff ; clear cg0
  D.S SD:&MMSYS_CG_CLR1 %LE %LONG 0xffffffff ; clear cg1
  ;;D.S SD:&mmsys_base+0x00c08 %LE %LONG 0x00000201 ; fpga con
  ;;D.S SD:&mmsys_base+0x0004c %LE %LONG 0x00000000 ; dsi out 

;------------------------------------------------------------------------
;; I2c write function
;------------------------------------------------------------------------
&i2c_write_loop=0;
&i2c_slave_addr=0;
&i2c_write_addr=0;
&i2c_write_data=0;
&i2c_read_data=0;

while (&i2c_write_loop<0x19)
(
; DSI GPIO mux select
;----------------------------
if (&i2c_write_loop==0x00)
(
  &i2c_slave_addr=0x18;
  &i2c_write_addr=0x00;
  &i2c_write_data=0x10;
)

; ABB reference clock LPF
;----------------------------
if (&i2c_write_loop==0x01)
(
  &i2c_slave_addr=0x20;
  &i2c_write_addr=0x42;
  &i2c_write_data=0x01;
)

; Reference clock from ARMPLL
;----------------------------
if (&i2c_write_loop==0x02)
(
  &i2c_slave_addr=0x20;
  &i2c_write_addr=0x43;
  &i2c_write_data=0x01;
)
if (&i2c_write_loop==0x03)
(
  &i2c_slave_addr=0x20;
  &i2c_write_addr=0x05;
  &i2c_write_data=0x01;
)
if (&i2c_write_loop==0x04)
(
  &i2c_slave_addr=0x20;
  &i2c_write_addr=0x22;
  &i2c_write_data=0x01;
)

; MIPI TX Config
;----------------------------
; DSI_BG_CON (fast_charge=0)
if (&i2c_write_loop==0x05)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x44;
  &i2c_write_data=0x83;
)
; DSI_TOP_CON
if (&i2c_write_loop==0x06)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x40;
  &i2c_write_data=0x82;
)
; DSI0_CON
if (&i2c_write_loop==0x07)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x00;
  &i2c_write_data=0x03;
)
; DSI_PLL_PWR (pwr_on=1)
if (&i2c_write_loop==0x08)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x68;
  &i2c_write_data=0x03;
)
; DSI_PLL_PWR (iso_en=0)
if (&i2c_write_loop==0x09)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x68;
  &i2c_write_data=0x01;
)
; DSI_PLL0_CON0 
; [2:1] prediv
; [4:3] txdiv0 (not used)
; [6:5] txdiv1 (not used)
; [9:7] posdiv
if (&i2c_write_loop==0x0a)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x50;
  &i2c_write_data=((&posdiv&0x1)<<0x7)|(&prediv<<0x1);
)
if (&i2c_write_loop==0x0b)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x51;
  &i2c_write_data=(&posdiv>>0x1)&0x3;
)
; DSI_PLL0_CON1
; [0] fra_en
; [2] ssc_en
if (&i2c_write_loop==0x0c)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x54;
  &i2c_write_data=0x01;
)
; DSI_PLL0_CON2
; [23:0]  pcw (fractional)
; [30:24] pcw (integer)
if (&i2c_write_loop==0x0d)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x58;
  &i2c_write_data=0x00;
)
if (&i2c_write_loop==0x0e)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x59;
  &i2c_write_data=0x00;
)
if (&i2c_write_loop==0x0f)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x5a;
  &i2c_write_data=0x00;
)
if (&i2c_write_loop==0x10)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x5b;
  &i2c_write_data=(&fbkdiv<<2)
)

; DSI_CLOCK_LANE, [4]:CKLANE_EN=1
if (&i2c_write_loop==0x11)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x04;
  &i2c_write_data=0x11;
)
; DSI_DATA_LANE_0
if (&i2c_write_loop==0x12)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x08;
  &i2c_write_data=0x01;
)
; DSI_DATA_LANE_1
if (&i2c_write_loop==0x13)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x0c;
  &i2c_write_data=0x01;
)
; DSI_DATA_LANE_2
if (&i2c_write_loop==0x14)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x10;
  &i2c_write_data=0x01;
)
; DSI_DATA_LANE_3
if (&i2c_write_loop==0x15)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x14;
  &i2c_write_data=0x01;
)

; DSI_PLL_TOP 
; [9:8] mppll_preserve (s2q_div)
if (&i2c_write_loop==0x16)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x64;
  &i2c_write_data=0x20;
)

; MPPLL starts
;----------------------------
; DSI_PLL0_CON0 
; [0] pll_en
if (&i2c_write_loop==0x17)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x50;
  &i2c_write_data=((&posdiv&0x1)<<0x7)|(&prediv<<0x1)|0x1;
)

; MIPI TX source control
;----------------------------
if (&i2c_write_loop==0x18)
(
  &i2c_slave_addr=0x30;
  &i2c_write_addr=0x28;
  &i2c_write_data=0x00;
)


;;------------------------------------------
;; I2C write
;;------------------------------------------
;set 2 byte transfer (address + data)
D.S SD:&i2c_base+0x014 %LE %LONG 0x002;
;1 transac
D.S SD:&i2c_base+0x018 %LE %LONG 0x01;
;set slave address
D.S SD:&i2c_base+0x004 %LE %LONG (&i2c_slave_addr<<0x1);
;prepare data to fifo
D.S SD:&i2c_base+0x000 %LE %LONG &i2c_write_addr;
D.S SD:&i2c_base+0x000 %LE %LONG &i2c_write_data;
;trigger
D.S SD:&i2c_base+0x024 %LE %LONG 0x01;
;wait i2c done
while ((data.long(SD:&i2c_base+0x00C)&0x1)!=0x1)
(
  wait 10.ms 
)
;write 1 clear
D.S SD:&i2c_base+0x00C %LE %LONG 0xff;

;;------------------------------------------
;; I2C read (write address + read data)
;;------------------------------------------
;set 1 byte transfer (address)
D.S SD:&i2c_base+0x014 %LE %LONG 0x001;
;1 transac
D.S SD:&i2c_base+0x018 %LE %LONG 0x01;
;set slave address
D.S SD:&i2c_base+0x004 %LE %LONG (&i2c_slave_addr<<0x1);
;prepare data to fifo
D.S SD:&i2c_base+0x000 %LE %LONG &i2c_write_addr;
;trigger
D.S SD:&i2c_base+0x024 %LE %LONG 0x01;
;wait i2c done
while ((data.long(SD:&i2c_base+0x00C)&0x1)!=0x1)
(
  wait 10.ms 
)
;write 1 clear
D.S SD:&i2c_base+0x00C %LE %LONG 0xff;

;set 1 byte transfer (data)
D.S SD:&i2c_base+0x014 %LE %LONG 0x001;
;1 transac
D.S SD:&i2c_base+0x018 %LE %LONG 0x01;
;set slave address
D.S SD:&i2c_base+0x004 %LE %LONG ((&i2c_slave_addr<<0x1)+0x1) ;[0]:write or read
;trigger
D.S SD:&i2c_base+0x024 %LE %LONG 0x01;
;wait i2c done
while ((data.long(SD:&i2c_base+0x00C)&0x1)!=0x1)
(
  wait 10.ms 
)
;write 1 clear
D.S SD:&i2c_base+0x00C %LE %LONG 0xff;

&i2c_read_data=data.long(SD:&i2c_base+0x000);

if (&i2c_read_data==&i2c_write_data)
(
PRINT "I2C Success, write addr = " &i2c_write_addr ", read_data=" &i2c_read_data
)
else
(
PRINT "I2C Fail, write addr = " &i2c_write_addr ", write data = " &i2c_write_data ", read_data=" &i2c_read_data
wait 5000.ms
)

&i2c_write_loop=&i2c_write_loop+0x01;
)

wait 500.ms  ;wait pll stable

PRINT "PLL setting finish!!"

;------------------------------------------------------------------------
; DSI / LCM Reset
;------------------------------------------------------------------------
D.S SD:&LCM_RST_B %LE %LONG 0x00000000
D.S SD:&LCM_RST_B %LE %LONG 0x00000001

;dsi reset - must reset after DSI clock is on
;dig_mipi_tx reset
D.S SD:&DSI_COM_CON %LE %LONG 0x00000005
D.S SD:&DSI_COM_CON %LE %LONG 0x00000000

;------------------------------------------------------------------------
; DSI Timing Parameters
;------------------------------------------------------------------------
&posdiv_real=0
&prediv_real=0

if (&posdiv==0x0)
(
  &posdiv_real=0x01
)
else if (&posdiv==0x1)
(
  &posdiv_real=0x02
)
else if (&posdiv==0x2)
(
  &posdiv_real=0x04
)
else if (&posdiv==0x3)
(
  &posdiv_real=0x08
)
else
(
  &posdiv_real=0x10
)

if (&prediv==0x0)
(
  &prediv_real=0x01
)
else if (&prediv==0x1)
(
  &prediv_real=0x02
)
else if (&prediv==0x2)
(
  &prediv_real=0x04
)

print "posdiv=" &posdiv
print "posdiv_real=" &posdiv_real
print "prediv=" &prediv
print "prediv_real=" &prediv_real


; cycle time = 1000/(PLL freq/4)
;--------------------------------------------------------------------
&cycle_time=0  
&cycle_time=(0x3E8*0x4*&posdiv_real)/(&fbkdiv*&prediv_real*0x1a)+1
print "CYCLE TIME = " &cycle_time

; ui = cycle_time/8
;--------------------------------------------------------------------
&ui=0  
&ui=(0x3E8*&posdiv_real)/(&fbkdiv*&prediv_real*0x1a*0x2)+1
print "UI = " &ui

; lpx = 100ns (HW limit: not less than 2)
;--------------------------------------------------------------------
&lpx=0;
&lpx=(0x64/&cycle_time)+0x1
if (&lpx<0x02)
(
  &lpx=0x02
)
print "LPX = " &lpx

; hs_prep : 40ns+4*UI ~ 85ns+6*UI
; hs_prep = 64ns+5*UI
;--------------------------------------------------------------------
&hs_prep=((0x40+0x05*&ui)/&cycle_time);
if  (&hs_prep<0x1)
(
  &hs_prep=0x1
)
print "hs_prep = " &hs_prep

; hs_prep+hs_zero : > 145ns+10*UI
; hs_zero = (200+10*UI) - hs_prep
;--------------------------------------------------------------------
&hs_zero=((0xc8+0x0a*&ui)/&cycle_time)-&hs_prep;
print "hs_zero = " &hs_zero

; hs_trail : max(8*UI, 60ns+4*UI) ~ 105ns+12*UI (T_eot)
; hs_trail = 96ns+4*UI
;--------------------------------------------------------------------
&hs_trail=0
&hs_trail_pre=0x60+0x04*&ui 
if (&hs_trail_pre>&cycle_time)
(
  &hs_trail=(&hs_trail_pre/&cycle_time)+1
)
else
(
  &hs_trail=0x2
)
print "hs_trail = " &hs_trail

; hs_exit : > 100ns 
; hs_exit = 200ns
;--------------------------------------------------------------------
&hs_exit=(0xc8/&cycle_time)+0x1
print "hs_exit = " &hs_exit

; ta_go  = 4*lpx
; ta_get = 5*lpx
; ta_sure : lpx ~ 2*lpx
;--------------------------------------------------------------------
&ta_go=4*&lpx
&ta_get=5*&lpx
&ta_sure=&lpx+(&lpx/0x02)
print "ta_go = " &ta_go
print "ta_get = " &ta_get
print "ta_sure = " &ta_sure

; clk_hs_prep : 38ns ~ 95ns
; clk_hs_prep = 64ns
;--------------------------------------------------------------------
&clk_hs_prep=(0x40/&cycle_time)
if (&clk_hs_prep<0x1)
(
  &clk_hs_prep=0x1
)
print "clk_prep=" &clk_hs_prep

; clk_hs_prep+clk_zero : > 300ns
; clk_zero = 400ns - clk_hs_perp
;--------------------------------------------------------------------
&clk_zero=(0x190/&cycle_time)-&clk_hs_prep
print "clk_zero = " &clk_zero

; clk_trail : 60ns ~ 105ns+12*UI (T_eot)
; clk_trail = 64ns
;--------------------------------------------------------------------
&clk_trail=(0x60/&cycle_time)+1
if (&clk_trail<0x2)
(
  &clk_trail=0x2
)
print "clk_trail = " &clk_trail

; clk_exit : > 100ns 
; clk_exit = 200ns
;--------------------------------------------------------------------
&clk_exit=(0xc8/&cycle_time)+0x1
print "clk_exit = " &clk_exit

; clk_post : > 60ns+52*UI
; clk_post = 64ns+52*UI
;--------------------------------------------------------------------
&clk_post=((0x40+0x34*&ui)/&cycle_time)+0x1
print "clk_post=" &clk_post


&timcon0=(&hs_trail<<0x018)|(&hs_zero<<0x10)|(&hs_prep<<0x08)|&lpx;
&timcon1=(&hs_exit<<0x18)|(&ta_get<<0x10)|(&ta_sure<<0x08)|&ta_go;
&timcon2=(&clk_trail<<0x018)|(&clk_zero<<0x10)|(0x1<<0x08);
&timcon3=(&clk_exit<<0x10)|(&clk_post<<0x08)|&clk_hs_prep;

D.S SD:&DSI_PHY_TIMCON0 %LE %LONG &timcon0   ; DSI_PHY_TIMCON0
D.S SD:&DSI_PHY_TIMCON1 %LE %LONG &timcon1   ; DSI_PHY_TIMCON1
D.S SD:&DSI_PHY_TIMCON2 %LE %LONG &timcon2   ; DSI_PHY_TIMCON2
D.S SD:&DSI_PHY_TIMCON3 %LE %LONG &timcon3   ; DSI_PHY_TIMCON3


;------------------------------------------------------------------------
; DSI Global Settings
;------------------------------------------------------------------------
;D.S SD:&DSI_COM_CON %LE %LONG 0x00000002    ;; dsi_en