Author: [EMAIL PROTECTED]
Date: Wed Sep 3 11:54:52 2008
New Revision: 266
Added:
trunk/unvalidated/doc/LCD ST7036 manual.pdf
trunk/unvalidated/doc/hardware LCD st7036 and RTC ds1302.pdf
(contents, props changed)
trunk/unvalidated/doc/lcd dog-m with ST7036.pdf
trunk/unvalidated/sample/external/lcd/Test display hd44780 4_line.jal
trunk/unvalidated/sample/external/lcd/Test display hd44780 8 _line.jal
Log:
Added: trunk/unvalidated/doc/LCD ST7036 manual.pdf
==============================================================================
Binary files
/export/hdq3/borgletdata/dirs/5.worktable2.workers.default.codesite.423533047/logs.5.worktable2.workers.default.codesite.423533047/tmp/tmpbDXViI
and
/export/hdq3/borgletdata/dirs/5.worktable2.workers.default.codesite.423533047/logs.5.worktable2.workers.default.codesite.423533047/tmp/tmpBPBnNG
differ
Added: trunk/unvalidated/doc/hardware LCD st7036 and RTC ds1302.pdf
==============================================================================
Binary file. No diff available.
Added: trunk/unvalidated/doc/lcd dog-m with ST7036.pdf
==============================================================================
Binary files
/export/hdq3/borgletdata/dirs/5.worktable2.workers.default.codesite.423533047/logs.5.worktable2.workers.default.codesite.423533047/tmp/tmph0S3Qj
and
/export/hdq3/borgletdata/dirs/5.worktable2.workers.default.codesite.423533047/logs.5.worktable2.workers.default.codesite.423533047/tmp/tmpgpCS8C
differ
Added: trunk/unvalidated/sample/external/lcd/Test display hd44780 4_line.jal
==============================================================================
--- (empty file)
+++ trunk/unvalidated/sample/external/lcd/Test display hd44780 4_line.jal
Wed Sep 3 11:54:52 2008
@@ -0,0 +1,330 @@
+-- JAL 2.0.4
+;WRITEN BY: R.P.M. ZENGERINK
+;KREHALON INDUSTRIE B.V.
+;LONDENSTRAAT 10
+;DEVENTER
+;
+;DATE:27-06-2008
+;VERSION:1.0
+;FILENAME:Test display.jal
+;CPU: 16F877
+;CLOCK:20Mhz
+;
+;
+;
+;
+;
+
+
+------------- INCLUDE file ----------------------------------------
+pragma target clock 20_000_000 ; change in 16f887_ok"
+include 16f877_ok
+
+
+---initial config (addr 2007h) for config PIC-chip page 120 --------
+
+pragma target osc hs ;(lp,xt,hs,zie 16f887_inc_all.jal)
+pragma target watchdog off ;(on,off)
+pragma target LVP off ;low voltage ICSP (on,off)
+pragma target BOR off ;Burn Out Reset (on,off)
+pragma target protection off ;Flash Prog mem code Protection
(off,half,all)
+pragma target CPD off ;Data EEprom mem code Protection (on,off)
+pragma target powerup off ;power up delay (72mS after power
up)(on,off)
+pragma target DEBUG off ;In-Circuit Debugger mode (on,off)
+
+
+------------- DEFINES -----------------------------------------------
+
+--a poort
+pin_a0_direction = input ; mag ook port_A_direction = all_input
+pin_a1_direction = input
+pin_a2_direction = input
+pin_a3_direction = input
+pin_a4_direction = input
+pin_a5_direction = input
+
+--b poort
+pin_b0_direction = output ;mag ook port_B_direction = all_output
+pin_b1_direction = output
+pin_b2_direction = output
+pin_b3_direction = output
+pin_b4_direction = output
+pin_b5_direction = output
+pin_b6_direction = output
+pin_b7_direction = output
+
+--c poort
+pin_c0_direction = input
+pin_c1_direction = input
+pin_c2_direction = input
+pin_c3_direction = input
+pin_c4_direction = input
+pin_c5_direction = input
+pin_c6_direction = input
+pin_c7_direction = input
+
+--d poort
+pin_d0_direction = output
+pin_d1_direction = output
+pin_d2_direction = output
+pin_d3_direction = output
+pin_d4_direction = output
+pin_d5_direction = output
+pin_d6_direction = output
+pin_d7_direction = output
+
+--d poort
+pin_e0_direction = output
+pin_e1_direction = output
+pin_e2_direction = output
+
+
+
+
+
+Serial_HW_enable ; zet hardware voor uart aan
+
+GIE = 1 ;general interupt enabled
+PEIE = 1 ;Peripheral interupt enabled
+T0IE = 0 ;timer 0 interupt disabled
+TMR1IE = 0 ;timer 1 interupt disabled
+------------- OPTION register met timer0 -------------------------------
+OPTION_REG = 0B0000_0111
+;NOT_RBPU at OPTION_REG : 7 = 0 0 = weak pull-up on port B
+;intedg at OPTION_REG : 6 = 0 1 = opgaande flank interupt op RB0
+;T0CS at OPTION_REG : 5 = 0 internal instruction cycle clock
+;T0SE at OPTION_REG : 4 = 0 nvt ivm setting T0CS
+;PSA at OPTION_REG : 3 = 0 prescaler voor timer 0
+;PS2 at OPTION_REG : 2 = 1 prescaler op 256 (20Mhz/4/128) =
39062,5HZ
+;PS1 at OPTION_REG : 1 = 1 1/(39062,5/39)TMR0 = 39 >> ~1mS = tijd
van
+;PS0 at OPTION_REG : 0 = 1 timer0
+
+ --------- timer1-----------
+ T1CON = 0B0011_0100
+;not used at T1CON : 7 = 0
+;T1RUN at T1CON : 6 = 0 ;wordt geset als interne clock op T1
loopt
+;T1CKPS1 at T1CON : 5 = 1 ; samen met T1CKPSO prescaler
+;T1CKPS0 at T1CON : 4 = 1 ;
+;T1OSCEN at T1CON : 3 = 0 ;1 = osc is enabled 0 = osc is shut off
+;T1INSYNC at T1CON : 2 = 1 ;1 = do not sync ext. clk 0 = sync
ext.clk
+;TMR1CS at T1CON : 1 = 0 ;1 = ext. clock 0 = int. clock (Fosc/4)
+;TMR1ON at T1CON : 0 = 0 ;1 = enables timer1 0 = disables timer 1
+;
+;in is Foc/4 = 5000000/prescaler = 5000000/8 = 635000 / 625 = 1mS
+;625 = 65280 - 64655 64655/256= 252,55859375 TMR1H = 252
+;252,55859375 - 252 = 0,55859375 x 256 = 143 TMR1L = 143
+
+ ------------- Variable -----------------------------------------------
+
+
+ var bit volatile LED0 is pin_b0
+ var bit volatile LED1 is pin_b1
+ var bit volatile LED2 is pin_b2
+ var bit volatile LED3 is pin_b3
+ var bit volatile LED4 is pin_b4
+ var bit volatile LED5 is pin_b5
+ var bit volatile LED6 is pin_b6
+
+ ------------- LCD Variables ---------
+
+ var bit not_connected
+
+ var volatile bit lcd_rs is pin_e0 -- data/command select
+ var volatile bit lcd_rw is pin_e1
+ var volatile bit lcd_enable is pin_e2 -- clock the data
+
+ var volatile bit lcd_d0 is not_connected
+ var volatile bit lcd_d1 is not_connected
+ var volatile bit lcd_d2 is not_connected
+ var volatile bit lcd_d3 is not_connected
+ var volatile bit lcd_d4 is pin_d4
+ var volatile bit lcd_d5 is pin_d5
+ var volatile bit lcd_d6 is pin_d6
+ var volatile bit lcd_d7 is pin_d7
+
+
+ const lcd_hardware_4line = true ;true = 4 data line, false = 8 data
line
+ const lcd_number_of_display_lines = 2 ; 1 = 1 line 2 = 2 line 4 =
4 line
+ const lcd_number_of_display_characters = 16 ; number of digits per line
+
+ include lcd_hd44780_rz
+
+ ------------------------------------------------------------------------
+ ------------- Procedures -----------------------------------------------
+ ------------------------------------------------------------------------
+ procedure Interupt is
+ pragma interrupt
+
+ ----------------Interupt ingang INT(RB0) ---------------------
+
+ --------------------------------------------------------------
+
+ ----------------Interupt ingang RB4 ---------------------
+
+ --------------------------------------------------------------
+
+ ----------------Interupt Timer 0 ---------------------
+
+
+-----------------------------------------------------------------
+
+
+
+end procedure
+
+
+
+--------------------------------------------------------------------------
+------------- MAIN program -----------------------------------------------
+--------------------------------------------------------------------------
+
+
+
+
+
+ var byte Data
+ var word wvalue = 0
+ var byte value = 0
+ var byte value1 = 0
+ var byte test = 0
+ var byte HRS = 12
+ var byte MIN = 55
+ var byte SEC = 40
+ var byte YEAR = 08
+ var word YEARW = 2008
+ var byte MOUNTH = 09
+ var byte DAY = 03
+
+
+ const byte teststring[] = "display"
+ var byte volatile testlength = count(teststring)
+
+
+ lcd_new_line_cursor_position (1, 1)
+ lcd_write_data ("T")
+ lcd_write_data ("e")
+ lcd_write_data ("s")
+ lcd_write_data ("t")
+
+
+
+
+forever loop
+ lcd_new_line_cursor_position (2, 1)
+ for testlength loop
+ Data = teststring[value]
+ lcd_write_data (data)
+ value = value + 1
+ end loop
+
+ delay_1s(1)
+ lcd_shift_right (6)
+ delay_1s(1)
+ lcd_shift_left (4)
+ delay_1s(1)
+ lcd_cursor_blink_display (on,on,on)
+ delay_1s(1)
+ lcd_cursor_shift_left (4)
+ delay_1s(1)
+ lcd_cursor_shift_right (6)
+ delay_1s(1)
+ lcd_clear_line ( 2 )
+ delay_1s(1)
+ lcd_home
+ delay_1s(1)
+ lcd_clear
+
+ lcd_cursor_blink_display (off,off,on)
+ lcd_clear_line (2)
+ value = 0
+ while value < 255 loop
+ lcd_bvalue_dp_line_pos_left_sign ( value, 0, 1, 5, true, false)
+ value = value + 1
+ delay_5ms(10)
+ lcd_progress (2, (value/17)+1)
+ end loop
+ lcd_bvalue_dp_line_pos_left_sign ( value, 0, 1, 5, true, false)
+
+ lcd_clear
+
+ lcd_bvalue_dp_line_pos_left_sign ( 200, 0, 1, 1, true, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 5, 0, 1, 5, true, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 7, 0, 1, 9, false, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 112, 1, 1, 13, false, false)
+ delay_1s(1)
+
+ lcd_clear_line (2)
+
+ lcd_write_data ("V")
+ lcd_write_data ("a")
+ lcd_write_data ("l")
+
+ lcd_new_line_cursor_position (2, 5) ;
+
+ lcd_write_data ("=")
+
+
+ lcd_clear_line (1)
+
+ value1 = 0
+ wvalue = 5000
+
+ while wvalue != 0 loop
+ LCD_wvalue_dp_line_pos_left_sign ( wvalue, 2, 2, 7, true,
false)
+ wvalue = wvalue - 1
+ delay_1ms(3)
+ end loop
+ LCD_wvalue_dp_line_pos_left_sign ( wvalue, 2, 2, 7, true,
false)
+ delay_1s(2)
+
+ lcd_clear
+ lcd_new_line_cursor_position (1, 5)
+ lcd_date ( DAY, MOUNTH, YEAR, "-", true )
+
+ while SEC< 59 loop
+ lcd_new_line_cursor_position (2, 5)
+ lcd_time ( HRS, MIN, SEC, ":" )
+ SEC = SEC + 1
+ delay_1s(1)
+ end loop
+ lcd_new_line_cursor_position (1, 5)
+ lcd_date ( DAY, MOUNTH, YEARW, "/", false )
+ delay_1s(3)
+
+ lcd_clear
+
+ value1 = 0
+ lcd_new_line_cursor_position (1, 5)
+ lcd_write_data ("=")
+ while value1 < 255 loop
+ lcd_bvalue_dp_line_pos_left_sign ( value1, 0, 1, 1, false, false)
+ lcd_new_line_cursor_position (1, 7)
+ lcd_bvalue_hex (value1)
+ value1 = value1 + 1
+ delay_5ms(50)
+ end loop
+
+ wvalue = 0
+ lcd_new_line_cursor_position (2, 7)
+ lcd_write_data ("=")
+
+
+ while wvalue < 2000 loop
+ lcd_wvalue_dp_line_pos_left_sign ( wvalue, 0, 2, 1, false, false)
+ lcd_new_line_cursor_position (2, 9)
+ lcd_wvalue_hex (wvalue)
+ wvalue = wvalue + 1
+ delay_5ms(1)
+ end loop
+
+
+
+ end loop
+
+
+
+
+
Added: trunk/unvalidated/sample/external/lcd/Test display hd44780 8
_line.jal
==============================================================================
--- (empty file)
+++ trunk/unvalidated/sample/external/lcd/Test display hd44780 8 _line.jal
Wed Sep 3 11:54:52 2008
@@ -0,0 +1,330 @@
+-- JAL 2.0.4
+;WRITEN BY: R.P.M. ZENGERINK
+;KREHALON INDUSTRIE B.V.
+;LONDENSTRAAT 10
+;DEVENTER
+;
+;DATE:27-06-2008
+;VERSION:1.0
+;FILENAME:Test display.jal
+;CPU: 16F877
+;CLOCK:20Mhz
+;
+;
+;
+;
+;
+
+
+------------- INCLUDE file ----------------------------------------
+pragma target clock 20_000_000 ; change in 16f887_ok"
+include 16f877_ok
+
+
+---initial config (addr 2007h) for config PIC-chip page 120 --------
+
+pragma target osc hs ;(lp,xt,hs,zie 16f887_inc_all.jal)
+pragma target watchdog off ;(on,off)
+pragma target LVP off ;low voltage ICSP (on,off)
+pragma target BOR off ;Burn Out Reset (on,off)
+pragma target protection off ;Flash Prog mem code Protection
(off,half,all)
+pragma target CPD off ;Data EEprom mem code Protection (on,off)
+pragma target powerup off ;power up delay (72mS after power
up)(on,off)
+pragma target DEBUG off ;In-Circuit Debugger mode (on,off)
+
+
+------------- DEFINES -----------------------------------------------
+
+--a poort
+pin_a0_direction = input ; mag ook port_A_direction = all_input
+pin_a1_direction = input
+pin_a2_direction = input
+pin_a3_direction = input
+pin_a4_direction = input
+pin_a5_direction = input
+
+--b poort
+pin_b0_direction = output ;mag ook port_B_direction = all_output
+pin_b1_direction = output
+pin_b2_direction = output
+pin_b3_direction = output
+pin_b4_direction = output
+pin_b5_direction = output
+pin_b6_direction = output
+pin_b7_direction = output
+
+--c poort
+pin_c0_direction = input
+pin_c1_direction = input
+pin_c2_direction = input
+pin_c3_direction = input
+pin_c4_direction = input
+pin_c5_direction = input
+pin_c6_direction = input
+pin_c7_direction = input
+
+--d poort
+pin_d0_direction = output
+pin_d1_direction = output
+pin_d2_direction = output
+pin_d3_direction = output
+pin_d4_direction = output
+pin_d5_direction = output
+pin_d6_direction = output
+pin_d7_direction = output
+
+--d poort
+pin_e0_direction = output
+pin_e1_direction = output
+pin_e2_direction = output
+
+
+
+
+
+Serial_HW_enable ; zet hardware voor uart aan
+
+GIE = 1 ;general interupt enabled
+PEIE = 1 ;Peripheral interupt enabled
+T0IE = 0 ;timer 0 interupt disabled
+TMR1IE = 0 ;timer 1 interupt disabled
+------------- OPTION register met timer0 -------------------------------
+OPTION_REG = 0B0000_0111
+;NOT_RBPU at OPTION_REG : 7 = 0 0 = weak pull-up on port B
+;intedg at OPTION_REG : 6 = 0 1 = opgaande flank interupt op RB0
+;T0CS at OPTION_REG : 5 = 0 internal instruction cycle clock
+;T0SE at OPTION_REG : 4 = 0 nvt ivm setting T0CS
+;PSA at OPTION_REG : 3 = 0 prescaler voor timer 0
+;PS2 at OPTION_REG : 2 = 1 prescaler op 256 (20Mhz/4/128) =
39062,5HZ
+;PS1 at OPTION_REG : 1 = 1 1/(39062,5/39)TMR0 = 39 >> ~1mS = tijd
van
+;PS0 at OPTION_REG : 0 = 1 timer0
+
+ --------- timer1-----------
+ T1CON = 0B0011_0100
+;not used at T1CON : 7 = 0
+;T1RUN at T1CON : 6 = 0 ;wordt geset als interne clock op T1
loopt
+;T1CKPS1 at T1CON : 5 = 1 ; samen met T1CKPSO prescaler
+;T1CKPS0 at T1CON : 4 = 1 ;
+;T1OSCEN at T1CON : 3 = 0 ;1 = osc is enabled 0 = osc is shut off
+;T1INSYNC at T1CON : 2 = 1 ;1 = do not sync ext. clk 0 = sync
ext.clk
+;TMR1CS at T1CON : 1 = 0 ;1 = ext. clock 0 = int. clock (Fosc/4)
+;TMR1ON at T1CON : 0 = 0 ;1 = enables timer1 0 = disables timer 1
+;
+;in is Foc/4 = 5000000/prescaler = 5000000/8 = 635000 / 625 = 1mS
+;625 = 65280 - 64655 64655/256= 252,55859375 TMR1H = 252
+;252,55859375 - 252 = 0,55859375 x 256 = 143 TMR1L = 143
+
+ ------------- Variable -----------------------------------------------
+
+
+ var bit volatile LED0 is pin_b0
+ var bit volatile LED1 is pin_b1
+ var bit volatile LED2 is pin_b2
+ var bit volatile LED3 is pin_b3
+ var bit volatile LED4 is pin_b4
+ var bit volatile LED5 is pin_b5
+ var bit volatile LED6 is pin_b6
+
+ ------------- LCD Variables ---------
+
+ var bit not_connected
+
+ var volatile bit lcd_rs is pin_e0 -- data/command select
+ var volatile bit lcd_rw is pin_e1
+ var volatile bit lcd_enable is pin_e2 -- clock the data
+
+ var volatile bit lcd_d0 is pin_d0
+ var volatile bit lcd_d1 is pin_d1
+ var volatile bit lcd_d2 is pin_d2
+ var volatile bit lcd_d3 is pin_d3
+ var volatile bit lcd_d4 is pin_d4
+ var volatile bit lcd_d5 is pin_d5
+ var volatile bit lcd_d6 is pin_d6
+ var volatile bit lcd_d7 is pin_d7
+
+
+ const lcd_hardware_4line = false ;true = 4 data line, false = 8 data
line
+ const lcd_number_of_display_lines = 2 ; 1 = 1 line 2 = 2 line 4 =
4 line
+ const lcd_number_of_display_characters = 16 ; number of digits per line
+
+ include lcd_hd44780_rz
+
+ ------------------------------------------------------------------------
+ ------------- Procedures -----------------------------------------------
+ ------------------------------------------------------------------------
+ procedure Interupt is
+ pragma interrupt
+
+ ----------------Interupt ingang INT(RB0) ---------------------
+
+ --------------------------------------------------------------
+
+ ----------------Interupt ingang RB4 ---------------------
+
+ --------------------------------------------------------------
+
+ ----------------Interupt Timer 0 ---------------------
+
+
+-----------------------------------------------------------------
+
+
+
+end procedure
+
+
+
+--------------------------------------------------------------------------
+------------- MAIN program -----------------------------------------------
+--------------------------------------------------------------------------
+
+
+
+
+
+ var byte Data
+ var word wvalue = 0
+ var byte value = 0
+ var byte value1 = 0
+ var byte test = 0
+ var byte HRS = 12
+ var byte MIN = 55
+ var byte SEC = 40
+ var byte YEAR = 08
+ var word YEARW = 2008
+ var byte MOUNTH = 09
+ var byte DAY = 03
+
+
+ const byte teststring[] = "display"
+ var byte volatile testlength = count(teststring)
+
+
+ lcd_new_line_cursor_position (1, 1)
+ lcd_write_data ("T")
+ lcd_write_data ("e")
+ lcd_write_data ("s")
+ lcd_write_data ("t")
+
+
+
+
+forever loop
+ lcd_new_line_cursor_position (2, 1)
+ for testlength loop
+ Data = teststring[value]
+ lcd_write_data (data)
+ value = value + 1
+ end loop
+
+ delay_1s(1)
+ lcd_shift_right (6)
+ delay_1s(1)
+ lcd_shift_left (4)
+ delay_1s(1)
+ lcd_cursor_blink_display (on,on,on)
+ delay_1s(1)
+ lcd_cursor_shift_left (4)
+ delay_1s(1)
+ lcd_cursor_shift_right (6)
+ delay_1s(1)
+ lcd_clear_line ( 2 )
+ delay_1s(1)
+ lcd_home
+ delay_1s(1)
+ lcd_clear
+
+ lcd_cursor_blink_display (off,off,on)
+ lcd_clear_line (2)
+ value = 0
+ while value < 255 loop
+ lcd_bvalue_dp_line_pos_left_sign ( value, 0, 1, 5, true, false)
+ value = value + 1
+ delay_5ms(10)
+ lcd_progress (2, (value/17)+1)
+ end loop
+ lcd_bvalue_dp_line_pos_left_sign ( value, 0, 1, 5, true, false)
+
+ lcd_clear
+
+ lcd_bvalue_dp_line_pos_left_sign ( 200, 0, 1, 1, true, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 5, 0, 1, 5, true, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 7, 0, 1, 9, false, false)
+ delay_1s(1)
+ lcd_bvalue_dp_line_pos_left_sign ( 112, 1, 1, 13, false, false)
+ delay_1s(1)
+
+ lcd_clear_line (2)
+
+ lcd_write_data ("V")
+ lcd_write_data ("a")
+ lcd_write_data ("l")
+
+ lcd_new_line_cursor_position (2, 5) ;
+
+ lcd_write_data ("=")
+
+
+ lcd_clear_line (1)
+
+ value1 = 0
+ wvalue = 5000
+
+ while wvalue != 0 loop
+ LCD_wvalue_dp_line_pos_left_sign ( wvalue, 2, 2, 7, true,
false)
+ wvalue = wvalue - 1
+ delay_1ms(3)
+ end loop
+ LCD_wvalue_dp_line_pos_left_sign ( wvalue, 2, 2, 7, true,
false)
+ delay_1s(2)
+
+ lcd_clear
+ lcd_new_line_cursor_position (1, 5)
+ lcd_date ( DAY, MOUNTH, YEAR, "-", true )
+
+ while SEC< 59 loop
+ lcd_new_line_cursor_position (2, 5)
+ lcd_time ( HRS, MIN, SEC, ":" )
+ SEC = SEC + 1
+ delay_1s(1)
+ end loop
+ lcd_new_line_cursor_position (1, 5)
+ lcd_date ( DAY, MOUNTH, YEARW, "/", false )
+ delay_1s(3)
+
+ lcd_clear
+
+ value1 = 0
+ lcd_new_line_cursor_position (1, 5)
+ lcd_write_data ("=")
+ while value1 < 255 loop
+ lcd_bvalue_dp_line_pos_left_sign ( value1, 0, 1, 1, false, false)
+ lcd_new_line_cursor_position (1, 7)
+ lcd_bvalue_hex (value1)
+ value1 = value1 + 1
+ delay_5ms(50)
+ end loop
+
+ wvalue = 0
+ lcd_new_line_cursor_position (2, 7)
+ lcd_write_data ("=")
+
+
+ while wvalue < 2000 loop
+ lcd_wvalue_dp_line_pos_left_sign ( wvalue, 0, 2, 1, false, false)
+ lcd_new_line_cursor_position (2, 9)
+ lcd_wvalue_hex (wvalue)
+ wvalue = wvalue + 1
+ delay_5ms(1)
+ end loop
+
+
+
+ end loop
+
+
+
+
+
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