PMA German V2 short range missile V-2 Rocket 1943-1944 1/72 FINISHED MODEL

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Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\Modules\Common\Resync\ResyncPulse.vhd" into library work Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\Modules\TX\SdiIn\kc705_sdi_wrapper.vhd" into library work Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\TEMAC\TriMAC\example_design\fifo\TriMAC_rx_client_fifo.vhd" into library work

WARNING:HDLCompiler:443 - "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\SMPTE2022_5_6_TX\COMMON\10GE\EMAC\axi_ipif\ten_gig_eth_mac_v11_4_slave_attachment.vhd" Line 253: Function get_addr_bits does not always return a value. pmacomp -e step_insert_lookup -I 1073741824 -d zipf --alpha 1 --beta 134217728 -a btree_pma_v4b -b 64 -l 128 -vpmacomp -e bulk_loading --initial_size 536870912 -I 1073741824 --initial_size_uniform --batch_size 1048576 --num_batches 512 -d uniform -a btreecc_pma5b -b 65 -l 128 -v Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\SMPTE2022_5_6_TX\COMMON\SDI_RXTX\imp_specific\v_smpte_sdi\hdl\vhdl\sdi_bitrep_20b.vhd" into library work

Starting from an empty data structure, perform I insertions and L point look ups of existing elements. pmacomp -e step_insert_lookup -I 1073741824 -d apma_sequential -a apma_int2b -b 65 -l 128 --hugetlb --extent_size 1 -v Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\SMPTE2022_5_6_TX\COMMON\SDI_RXTX\imp_specific\v_smpte_sdi\hdl\vhdl\fly_vert.vhd" into library work INIT_16=256'b0100000000001000000100000000000011010110100000010000000110111100000101001101000010010101100000000001000000000000110100000000001001100001011100111101000000000001010100000000000000000001011111000001011001000000000101011000100000000001011111000001011000000001,INIT_17=256'b01101000000000100010000000011010001000001000001000100000010010100000000000011010000100000110100000000001000010000000000100000010000000000000000000101111100100101101000000100010100110100001001010110000000010100000000000011010000100000110100000000001000,INIT_18=256'b011011000001010000110010101000000100101111000000011010100001101000100000100000100010000000010100001100101010000001001011110110100010000010000000001000100000000000100010000000000010001000000000001000100000000000100010000000000010001000000110011111The attributes inserts and deletes state the total number of insertions and deletions executed, while t_inserts and t_deletes the total amount of time spent respectively for the insertions and for the deletions, in milliseconds. When moving WPF elements using the old Microsoft.VisualStudio.Utilities.Dpi.DpiHelper, top-left coordinates might not be calculated correctly whenever elements are on a non-primary DPI. Serialization of UI element sizes or positions INFO:HDLCompiler:693 - "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\SMPTE2022_5_6_TX\COMMON\SDI_RXTX\verilog\sdi_rate_detect.v" Line 48. parameter declaration becomes local in sdi_rate_detect with formal parameter declaration list Parsing VHDL file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\LogiCores\SMPTE2022_5_6_TX\COMMON\SDI_RXTX\imp_specific\v_smpte_sdi\hdl\vhdl\edh_crc.vhd" into library work

WARNING:HDLCompiler:413 - "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\IPs\BA317\Modified\pll\infrastructure.v" Line 147: Result of 64-bit expression is truncated to fit in 32-bit target. Analyzing Verilog file "C:\FPGA\XAPP1169_Release\XAPP1169_Release_TX\sources\IPs\BA317\Modified\pll\iodelay_ctrl.v" into library workSnoop is a XAML debugging tool that has some extra functionality that the built-in Visual Studio XAML tools doesn’t have. Additionally, Snoop doesn’t need to actively debug Visual Studio to be able to view and tweak its WPF UI. The two main ways Snoop can be useful for diagnosing PMA issues is for validating logical placement coordinates or size bounds, and for validating the UI has the right DPI. Visual Studio XAML tools Versions prior to Visual Studio 2019 had their DPI awareness context set to system aware, rather than per-monitor DPI aware (PMA). Running in system awareness resulted in a degraded visual experience (e.g. blurry fonts or icons) whenever Visual Studio had to render across monitors with different scale factors or remote into machines with different display configurations (e.g. different Windows scaling). If a member's advancement has not posted to their EMF (NSIPS), please reach out to the servicing PSD with supporting documents for processing.

When UI size or position (if saved as device units) is restored at a different DPI context than what it was stored at, it will be positioned and sized incorrectly. This happens because device units have an inherent DPI relationship. Incorrect scaling

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INIT_21=256'b0100010000110100010000010000010001000000010110001000000000100100100000000101000110000000000100000000001110110100010000010010010000000001000000000100010000000000010001000000000001000100000000000100010000000000010001000000000001000100000001000100000001,INIT_22=256'b1101000100000100000100010000001100000001000100000000000100010000000000010001000000000001000100000000000100010000000000010001000000000001000100000000000100010000000000010001000000000001000100000000000100010000000000010001000000000001000100000000000100010000,INIT_23=256'b0100010000000000010001000000000001000100000000000100010000000000010001000000010001000000101101000100000100000100010000000011010001000001000000000100010000000000010001000000000001000100000000000100010000000000010001000000000001000100000001000100000001,INIT_24=256'b010001000000000001000100000000000100010000000100010000001111010001000001000000000100010000000000010001000000000001000100000000