Change frequency constraint of ASIC data output link to 500MHz. With this setting the FPGA manages to initialize stable 500MHz links with the ASIC

- Change plotSingle script to be able to plot T3 data (new data structure)

- Rewrite measurement functions for new data structure of T3 (wip)

- Fix T3 default config comparator threshold values back to correct values

- Add info messages to configuration process of sent pattern to ASIC

- Add get_ebone_signal_names function to return array of signal names in ebone wrapper registers of ebone device.
- Add hex value to printout of ebone wrapper register values

- Fix error in mon_sel bits

- Fix error in mon_sel bits

- Update default SUS65T3 config to correctly list conversion signals (gain, LSB correction, ...)
- Set default value of gain to "3" which corresponds to a gain stage of 8.

- Update daq reset function to utilize new dedicated DAQ FIFO reset.

- Add software counterpart for new T3Controller input register that allows controlling if sync word should be written to DAQ FIFO or not.
- Set cmd_in_pattern_length of standard patterns to 50. Because the word clock is half the sequencer slow clock, this causes the sequencer and the T3 readout link to be in sync.

- Add extra reset for DAQ FIFO. This allows resetting the FIFO without having to reset the whole system at once.

- Rewrite fifo write enable logic in push_receiver in an attempt to fix the FIFO being filled after starting the readout with "sus_daq_print_read" when magic pattern is activated. To no effect..

- Add input for T3Controller to set if sync word should be written to DAQ FIFO or not
- Add ebone register to control this new input

- Add packer_16_to_64 as source file to Vivado project

- Encapsulate 16-to-64bit interface between dynamic asic control and daq fifo
- Clean up sus_top and dblock_dmak_top

- Rearrange file structure for source files
- Change Vivado project accordingly

- Update Vivado project for firmware compilation by adding new sources of Michael's code and updating paths

- Add configuration for test of new T3 link (difference to default config: en_pixel_control = 1, conversion = 32 ( => LSB_correction = 1))

- Split bitfile upload script into suspc43 and suspc38 scripts

- Add new EboneDevice child t3cont to control new registers of T3 control block with 8b10b output data link:
	- Implement software counterparts of cmd_in_pattern_registers
	- Add initialization function for 8b10b link
	- Add functions to program preset telegram patterns (idle, magic, sync_idle)
- Fix bug in dynamic ASIC control ebone register class. o_next_state address was wrong.
- Update print_ebone_wrapper_regs function in EboneDevice class to also display register contents in hex.
- Add get_ebone_signal_names function to EboneDevice to get names of ebone signals used by this device
- Add show_gui function to DintefCmd class

- Add Michael's T3 controller
- Add debug pins to T3 controller (phase finder state, clockgen all locked)
- Add ebone registers for:
	- Telegram pattern
	- Link initialization
	- Link status (Link detected)
	- Debug pins
- Replace dyn_data_out_valid of old data link with FIFO_WEN of new link
- Replace write clock of FIFO with FIFO_WCLK of new link
- Rewire LA4_P/N pads of FPGA to T3 DATA_FROM_ASIC (input coming from T3) instead of ser0 (input coming from T2)
- Rewire LA7_P/N pads of FPGA to T3 cmd in (output going to T3) instead of ser1 (input coming from T2)
- Add active high reset ( = not active low reset )
- Change monitor TPs to show FIFO_WEN and FIFO_WCLK
- Change PATTERN pin of T3Controller to 582 vector to tunnel pattern_t struct through vhdl top hierarchy