[ccp4bb] Stereo setting in program O with stereo-ready graphic card in x86_64
Dear all: I try to install program O in x86_64 linux machine with stereo-ready graphic card. When I try to use stereo (setenv STEREO on), I get the following message. No dials Stereo enabled, hit F1 Gamepad disabled freeglut (lin_ono): ERROR: Internal error Visual with necessary capabilities not found in function fgOpenWindow X Error of failed request: BadWindow (invalid Window parameter) Major opcode of failed request: 4 (X_DestroyWindow) Resource id in failed request: 0x0 Serial number of failed request: 16 Current serial number in output stream: 19 I guess it is due to the setting of X-window. Could you advise me? Thanks in advance. -- Sincerely yours, Lin-Woo Kang, Ph.D. Assistant professor Konkuk university Dept. of advanced technology fusion Tel) 82-2-450-4090 E-mail) [EMAIL PROTECTED]
[ccp4bb] Linux Crystallography PC with Core 2 Duo CPU?
Dear all: I try to build a new linux crystallography pc with most updated CPU. Is there anyone using Core 2 Duo CPU on your linux system? Is it working? (I will use NuVision stereo system with a stereo ready graphic card. Most of graphic cards use PCI-Express slot. I wonder after I buy the newest machine and it does not work with linux or crystallography programs.) Please let me know? Thanks in advance. -- Sincerely yours, Lin-Woo Kang, Ph.D. Assistant professor Konkuk university Dept. of advanced technology fusion Tel) 82-2-450-4090 E-mail) [EMAIL PROTECTED]
[ccp4bb] space group R3(R32) or H3(H32)?
Dear all Recently I collected a dataset, which is rhombohedral on indexing screen of HKL2000. I processed the dataset as R3 and R32 at synchrotron. But I realized it can be H3 or H32. Is it correct? Cell dimensions are a=b c and alpha=90, beta=90, and gamma=120. For me, synchrotron is only place to index and scale data. Can I just change space group at CCP4i from sca file processed by R3 into H3 space group or so? Because cell dimensions are same, maybe indexing can be same. Accordingly just scaling can be enough for changing space groups but I am still concerned about completeness and rejected spots, which can be different at different space groups. Please advise me! Thanks.
