Whats last version v7.5? the last version is minuspermode VGA CAM cybershot

On 2008-05-26 19:22:36, matiaz wrote:

*I'm using the 7.5 super camdriver final .. Mini super mode incorporates the improvements that have the 7.5 version?

Sorry about my bad english!
*****************************************************
Uso la versión 7.5 porque no estoy seguro de que el mini supermode incorpore las mejoras de dicha versión..

[ This Message was edited by: matiaz on 2008-05-26 18:31 ]

On 2008-05-29 23:37:54, matiaz wrote:
Brazuka, the mini supermodemode cybershot version have a bug when try to select 7.5fps 10fps 15fps 14fps in the menu..

What number of fps you recommend for the differents situations (sun, night, incandecent light, etc)? Auto mode film with lower fps ratio ever

Can you explain detailed what do the effects? (EV, saturation)

Thx for your time, your camdriver is very good!! Congrats!

On 2008-02-26 16:10:54, brazuka wrote:
Release Sony Ericsson w880/w850/w830/w710/k610/z710/z610

z710/z610:
Last Version:v3.2640_Personal™

Last Version:v3.2640_MoonLigth™

w710:
Last Version:v3.91_Standard™

Last Version:v3.91_Prisma™

k610:
Last Version:v4.19_Standard™

Last Version:v4.19_Prisma™

w880/w850/830:


Serie w830
Last Version:v3.5_Standard™

Last Version:v3.5_Prisma_Mode™

Serie w850
Last Version:v4.19_Standard™

Last Version:v4.19_Prisma™

Serie w880
Last Version:v6.8_Standard™

Last Version:v6.8_Prisma™

Download:post#8


[ This Message was edited by: brazuka on 2008-02-27 14:03 ]

On 2008-02-07 04:20:41, brazuka wrote:
@amnher

Try changing the values and the function nigth mode or dark mode wherever the name of function.
I don´t know if the hardware of the w550 accepts change the function nigth mode but try this, but first i think it would be better if u change power sequence and to implemented a little more frequency for the function because the frequency of times a stimulus triggers the hardware in a way that does not need to make major changes in properties.
Look amnher the w600/w550 works with both chips processor ADCM-3855 and ADCM-1700 maybe Accepted work with these two languages.
Then u can change the power sequence u know.

w600/w550:
power sequence on

cam_power_on_0 = 5, 5, 6, 1, 32; // Turn on Vincenne regulator LDO_G (CAM_1V80), wait 50 ms.
cam_power_on_1 = 5, 1, 42, 1, 00; // Set GPIO 42 (= 2.8 V power) as an output.
cam_power_on_2 = 5, 2, 42, 1, 32; // Set GPIO 42 (= 2.8 V power) high, wait 50 ms.
cam_power_on_3 = 5, 0, 0, 1, 32; // Enable RESETn pin (reset is performed), wait 50ms.
cam_power_on_4 = 5, 1, 16, 1, 00; // Set GPIO 16 (= Off pin) as an output.
cam_power_on_5 = 5, 2, 16, 0, 32; // Set GPIO 16 (= Off pin) low, wait 50ms.
cam_power_on_6 = 5, 0, 0, 0, 32; // Disable RESETn pin, wait 50ms.
cam_power_on_7 = 5, 3, [[1]], [[32C8]], [[64]]; // Start the SYSCON_SYSCLK_13_MHZ, wait 100 ms.
cam_power_on_8 = 5, 4, 0, 0, 0A; // Execute i2c sequence 0 (Camera in Sleep state), wait 10ms.

Step 1:

[[1]]=>Reg 1 div/1
[[32C8]]=> start on frequency 13mhz (hexa) value if u want try by [[5DC0]]=>24 mhz or [[6978]]=>27mhz
[[64]]=>100ms (time)
but i don´t know if the hardware support w600/w550

These values are certain to cam can change the start of the cam but that does not change much the result then if u don´t change the power sequence, change the master clock for the w600/w550

//================================
// CAMERA PROPERTIES MASTER CLOCK™ w600
//================================

cam_i2c_address = 56; // Decimal: 86
cam_vf_clock_freq = [[32C8]]; // 13 MHz during view find
cam_ss_clock_freq = 32C8; // 13 MHz during snap shot
cam_ss_clock_freq_d= 5DC0; // 24 MHz yuv-mode
cam_ping_result = 70,00; // Chip ID for ADCM-3850 is 0070
cam_vf_format = B100; // UY1VY2 order is used during view find (YUV 4:2:2).
cam_vf_sync = 7; // Last data is samples after VSYNC goes inactive for viewfinder.
//cam_ss_sync = 7; // Last data is samples after VSYNC goes inactive for snapshot.
cam_ss_sync = f;
cam_ss_sync_d = 7; // Hans fix for RAW data snapshot
cam_ss_format = 0001; // JPEG-format is used for snap shot.
cam_ss_format_d = B100; // UY1VY2 order is used during view find (YUV 4:2:2).
cam_data_offset = 4;

Change of value fpr VF= display screen
cam_vf_clock_freq = [[32C8]]; =>13 MHz

by

cam_vf_clock_freq=[[4650]];=>18mhz or [[5DC0]]=>24mhz
[[XXX]]=> frequency MHz (hexa) value


Change only those values because the other functions and values are the records and bits used by chip w600/w550

Perhaps the increased frequency change the composition of the photos and certainly change the speed of recording recalling that the frequency increased always need a property correspondent for the hardware responds, for example frequency of 18 MHz need a property of frames that support and 18mhz must be included in the programming language of the driver.

Always testing the functions
Try it and good luck


[ This Message was edited by: brazuka on 2008-02-14 01:52 ]