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ps2pdf fails on converting large .ps file
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ben.is....@gmail.com
Feb 21, 2012, 1:08:08 PM2/21/12
to
Hello. I am compiling a dissertation and am experiencing an error when I include too much content. Once I have created the .dvi, I can use
dvips dissertation_publication.dvi
to create the .ps file. However, I am unable to convert the 83MB .ps to a .pdf file. I am using the command
ps2pdf dissertation_publication.ps
and get the following error:
Error: /limitcheck in --pdfmark--
Operand stack:
--nostringval-- Count -1 Dest chapter.2 Title (conclusions) OUT
Execution stack:
%interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1878 1 3 %oparray_pop 1877 1 3 %oparray_pop 1861 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- 1879 8 5 %oparray_pop --nostringval--
Dictionary stack:
--dict:1157/1684(ro)(G)-- --dict:0/20(G)-- --dict:73/200(L)-- --dict:195/300(L)-- --dict:34/200(L)--
Current allocation mode is local
Last OS error: 2
Current file position is 523758
GPL Ghostscript 8.71: Unrecoverable error, exit code 1
dvips dissertation_publication.dvi
to create the .ps file. However, I am unable to convert the 83MB .ps to a .pdf file. I am using the command
ps2pdf dissertation_publication.ps
and get the following error:
Error: /limitcheck in --pdfmark--
Operand stack:
--nostringval-- Count -1 Dest chapter.2 Title (conclusions) OUT
Execution stack:
%interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- --nostringval-- false 1 %stopped_push 1878 1 3 %oparray_pop 1877 1 3 %oparray_pop 1861 1 3 %oparray_pop 1755 1 3 %oparray_pop --nostringval-- %errorexec_pop .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- 1879 8 5 %oparray_pop --nostringval--
Dictionary stack:
--dict:1157/1684(ro)(G)-- --dict:0/20(G)-- --dict:73/200(L)-- --dict:195/300(L)-- --dict:34/200(L)--
Current allocation mode is local
Last OS error: 2
Current file position is 523758
GPL Ghostscript 8.71: Unrecoverable error, exit code 1
Bob Tennent
Feb 21, 2012, 1:32:58 PM2/21/12
to
On Tue, 21 Feb 2012 10:08:08 -0800 (PST), ben.is....@gmail.com wrote:
> Hello. I am compiling a dissertation and am experiencing an error
>when I include too much content. Once I have created the .dvi, I can
>use
>
> dvips dissertation_publication.dvi
>
> to create the .ps file. However, I am unable to convert the 83MB .ps
>to a .pdf file. I am using the command
>
> ps2pdf dissertation_publication.ps
83MB dissertation! Too much content indeed. But what kind of content? Do
> Hello. I am compiling a dissertation and am experiencing an error
>when I include too much content. Once I have created the .dvi, I can
>use
>
> dvips dissertation_publication.dvi
>
> to create the .ps file. However, I am unable to convert the 83MB .ps
>to a .pdf file. I am using the command
>
> ps2pdf dissertation_publication.ps
you have many high-resolution images? Many bitmapped fonts? What is the
output of dvips?
For comparison, I have a 300 page textbook and its size is less than 2
MB. And a two-volume collection of papers (650 pages in total) is less
than 4MB.
Bob T.
ben.is....@gmail.com
Feb 21, 2012, 1:49:31 PM2/21/12
to
I am not getting any errors from Latex when I compile .tex to .dvi.
I am able to compile .tex to .dvi to .pdf when I include a few chapters at a time. However, the problem occurs when I include all chapters.
I am able to compile .tex to .dvi to .pdf when I include a few chapters at a time. However, the problem occurs when I include all chapters.
ben.is....@gmail.com
Feb 21, 2012, 1:43:21 PM2/21/12
to rdte...@gmail.com
There are a few 10MB high resolution .eps figures and more 1MB .eps figures.
I'm not doing anything special with fonts.
I was able to sucessfully create the .pdf from the .ps using Acrobat Distiller. Thus the problem is isolated to ps2pdf
My OS is Ubuntu.
uname -a
Linux ben-desktop 2.6.31-14-generic #48-Ubuntu SMP Fri Oct 16 14:05:01 UTC 2009 x86_64 GNU/Linux
Output from dvips follows:
dvips dissertation_publication.dvi
This is dvips(k) 5.98 Copyright 2009 Radical Eye Software (www.radicaleye.com)
' TeX output 2012.02.21:1229' -> dissertation_publication.ps
</usr/share/texmf-texlive/dvips/base/tex.pro>
</usr/share/texmf-texlive/fonts/enc/dvips/base/8r.enc>
</usr/share/texmf-texlive/dvips/base/texps.pro>
</usr/share/texmf-texlive/dvips/base/special.pro>
</usr/share/texmf-texlive/dvips/base/color.pro>.
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr17.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/symbols/msam10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmib10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmbsy10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmti12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr5.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi7.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr7.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmex10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmbx12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr12.pfb>[1] [2]
[3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [1] [2] [3] [4] [5] [6]
[7] [8] [9<./pictures/Dz_passive.eps>] [10] [11
<./pictures/electric_field_resonant_freq_zoom_normalized_z_box_arrows.eps>]
[12] [13<./pictures/var_g_versus_g_no_closed_channels.eps>] [14] [15
<./pictures/regimes_plot_main.eps>] [16] [17] [18] [19] [20] [21] [22] [23]
[24] [25] [26] [27] [28
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1a_yamilov_fixed_L_variable_gain_R_T.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1b_yamilov_fixed_L_variable_gain_R_T_divided_by_Energy.eps>]
[29
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1c_yamilov_diffusive_intensity_distribution.eps>]
[30] [31] [32] [33
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2a_electric_field_in_sample.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2b_tenk_energy_transmission_v_freq.eps>]
[34] [35
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig3_rlz2_elecfield_14_34.eps>]
[36] [37
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig4_peaks_match_peaks_dont_match.eps>]
[38] [39
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig5_energy_distribution_and_TE_dual_axis.eps>]
[40] [41] [42
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6a_periodic_34_defect_passive_to_gain2.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6b_periodic_14_defect_passive_to_gain2.eps>]
[43] [44
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7a_alpha_beta_electric_field.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7b_alpha2_beta2.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7c_alpha1_beta1.eps>]
[45] [46] [47] [48] [49] [50] [51
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig8_barrier_defect_at_14_and_34_waveform_log_chopped.eps>]
[52] [53] [54] [55] [56] [57] [58
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1a_regimes_plot_upper.eps>]
[59
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1b_regimes_plot_main.eps>
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1c_regimes_plot_lower.eps>]
[60] [61] [62] [63] [64] [65] [66] [67] [68] [69] [70] [71] [72] [73] [74
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig1.eps>]
[75] [76
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2a.eps>
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2b.eps>]
[77] [78
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig3.eps>]
[79] [80] [81] [82] [83] [84] [85] [86] [87] [88] [89] [90] [91] [92] [93
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/propagation_matrix_vector.eps>
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/scattering_matrix_vector.eps>]
[94] [95
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g_no_closed_channels.eps>]
[96
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g.eps>]
[97
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/alpha1_W5_ltmfp_and_scat_versus_Nc_min_separation_05.eps>]
[98
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/dist_g_vs_g_different_symbols_no_L600.eps>]
[99] [100] [101] [102] [103
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1a_TM_2D_gen6_scatterers_dots.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1b_TM_2D_gen6_scatterers_with_squares.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1c_TM_2D_gen6_scatterers_collapsed.eps>]
[104] [105
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2a_TM_2D_scatterers_purple_nearest_neighbor_couplings.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2b_TM_2D_scatterers_purple_next-nearest_neighbor_couplings.eps>]
[106] [107
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3a_nn_color_coded_no_labels_bw_no_colorbar.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3b_nnn_color_coded_no_labels_bw_no_colorbar.eps>]
[108] [109] [110] [111] [112] [113
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps>]
[114] [115
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps>]
[116
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig3ab_comsol_model_ab.eps>]
[117
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4a_nn_expanded.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4b_nnn_expanded.eps>]
[118] [119
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig5_IPR_N8_32_128_log_with_DoS.eps>]
[120] [121
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig6_TB_TM_state_profile.eps>]
[122] [123] [124] [125] [126] [127] [128] [129] [130] [131] [132] [133] [134]
[135] [136] [137] [138] [139] [140] [141] [142] [143] [144] [145] [146] [147]
[148] [149] [150] [151] [152] [153] [154] [155] [156] [157] [158]
I'm not doing anything special with fonts.
I was able to sucessfully create the .pdf from the .ps using Acrobat Distiller. Thus the problem is isolated to ps2pdf
My OS is Ubuntu.
uname -a
Linux ben-desktop 2.6.31-14-generic #48-Ubuntu SMP Fri Oct 16 14:05:01 UTC 2009 x86_64 GNU/Linux
Output from dvips follows:
dvips dissertation_publication.dvi
This is dvips(k) 5.98 Copyright 2009 Radical Eye Software (www.radicaleye.com)
' TeX output 2012.02.21:1229' -> dissertation_publication.ps
</usr/share/texmf-texlive/dvips/base/tex.pro>
</usr/share/texmf-texlive/fonts/enc/dvips/base/8r.enc>
</usr/share/texmf-texlive/dvips/base/texps.pro>
</usr/share/texmf-texlive/dvips/base/special.pro>
</usr/share/texmf-texlive/dvips/base/color.pro>.
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr17.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/symbols/msam10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmib10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmbsy10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmti12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi6.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr5.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi7.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr7.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmex10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr8.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmsy10.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmmi12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmbx12.pfb>
</usr/share/texmf-texlive/fonts/type1/public/amsfonts/cm/cmr12.pfb>[1] [2]
[3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [1] [2] [3] [4] [5] [6]
[7] [8] [9<./pictures/Dz_passive.eps>] [10] [11
<./pictures/electric_field_resonant_freq_zoom_normalized_z_box_arrows.eps>]
[12] [13<./pictures/var_g_versus_g_no_closed_channels.eps>] [14] [15
<./pictures/regimes_plot_main.eps>] [16] [17] [18] [19] [20] [21] [22] [23]
[24] [25] [26] [27] [28
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1a_yamilov_fixed_L_variable_gain_R_T.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1b_yamilov_fixed_L_variable_gain_R_T_divided_by_Energy.eps>]
[29
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1c_yamilov_diffusive_intensity_distribution.eps>]
[30] [31] [32] [33
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2a_electric_field_in_sample.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2b_tenk_energy_transmission_v_freq.eps>]
[34] [35
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig3_rlz2_elecfield_14_34.eps>]
[36] [37
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig4_peaks_match_peaks_dont_match.eps>]
[38] [39
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig5_energy_distribution_and_TE_dual_axis.eps>]
[40] [41] [42
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6a_periodic_34_defect_passive_to_gain2.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6b_periodic_14_defect_passive_to_gain2.eps>]
[43] [44
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7a_alpha_beta_electric_field.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7b_alpha2_beta2.eps>
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7c_alpha1_beta1.eps>]
[45] [46] [47] [48] [49] [50] [51
<./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig8_barrier_defect_at_14_and_34_waveform_log_chopped.eps>]
[52] [53] [54] [55] [56] [57] [58
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1a_regimes_plot_upper.eps>]
[59
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1b_regimes_plot_main.eps>
<./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1c_regimes_plot_lower.eps>]
[60] [61] [62] [63] [64] [65] [66] [67] [68] [69] [70] [71] [72] [73] [74
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig1.eps>]
[75] [76
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2a.eps>
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2b.eps>]
[77] [78
<./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig3.eps>]
[79] [80] [81] [82] [83] [84] [85] [86] [87] [88] [89] [90] [91] [92] [93
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/propagation_matrix_vector.eps>
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/scattering_matrix_vector.eps>]
[94] [95
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g_no_closed_channels.eps>]
[96
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g.eps>]
[97
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/alpha1_W5_ltmfp_and_scat_versus_Nc_min_separation_05.eps>]
[98
<./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/dist_g_vs_g_different_symbols_no_L600.eps>]
[99] [100] [101] [102] [103
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1a_TM_2D_gen6_scatterers_dots.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1b_TM_2D_gen6_scatterers_with_squares.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1c_TM_2D_gen6_scatterers_collapsed.eps>]
[104] [105
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2a_TM_2D_scatterers_purple_nearest_neighbor_couplings.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2b_TM_2D_scatterers_purple_next-nearest_neighbor_couplings.eps>]
[106] [107
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3a_nn_color_coded_no_labels_bw_no_colorbar.eps>
<./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3b_nnn_color_coded_no_labels_bw_no_colorbar.eps>]
[108] [109] [110] [111] [112] [113
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps>]
[114] [115
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps>]
[116
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig3ab_comsol_model_ab.eps>]
[117
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4a_nn_expanded.eps>
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4b_nnn_expanded.eps>]
[118] [119
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig5_IPR_N8_32_128_log_with_DoS.eps>]
[120] [121
<./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig6_TB_TM_state_profile.eps>]
[122] [123] [124] [125] [126] [127] [128] [129] [130] [131] [132] [133] [134]
[135] [136] [137] [138] [139] [140] [141] [142] [143] [144] [145] [146] [147]
[148] [149] [150] [151] [152] [153] [154] [155] [156] [157] [158]
Bob Tennent
Feb 21, 2012, 1:55:57 PM2/21/12
to
On Tue, 21 Feb 2012 10:49:31 -0800 (PST), ben.is....@gmail.com wrote:
>
> I am able to compile .tex to .dvi to .pdf when I include a few
>chapters at a time. However, the problem occurs when I include all
>chapters.
Well if it's a matter of meeting an imminent deadline, you can merge
>
> I am able to compile .tex to .dvi to .pdf when I include a few
>chapters at a time. However, the problem occurs when I include all
>chapters.
the separate pdf files using, for example, pdftk, or similar.
But please answer the questions I asked in a previous response. There
must be some reason why your .ps is so huge.
Bob T.
ben.is....@gmail.com
Feb 21, 2012, 2:19:31 PM2/21/12
to rdte...@gmail.com
I am using .eps figures of the following sizes:
ls -sh `find . -name '*.eps'`
272K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps
236K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps
568K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig3ab_comsol_model_ab.eps
3.6M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4a_nn_expanded.eps
3.6M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4b_nnn_expanded.eps
868K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig5_IPR_N8_32_128_log_with_DoS.eps
300K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig6_TB_TM_state_profile.eps
2.0M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig1.eps
1.8M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2a.eps
1.3M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2b.eps
1.8M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig3.eps
60K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1a_regimes_plot_upper.eps
684K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1b_regimes_plot_main.eps
56K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1c_regimes_plot_lower.eps
44K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1a_TM_2D_gen6_scatterers_dots.eps
96K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1b_TM_2D_gen6_scatterers_with_squares.eps
80K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1c_TM_2D_gen6_scatterers_collapsed.eps
1.9M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2a_TM_2D_scatterers_purple_nearest_neighbor_couplings.eps
1.8M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2b_TM_2D_scatterers_purple_next-nearest_neighbor_couplings.eps
9.5M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3a_nn_color_coded_no_labels_bw_no_colorbar.eps
9.5M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3b_nnn_color_coded_no_labels_bw_no_colorbar.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/alpha1_W5_ltmfp_and_scat_versus_Nc_min_separation_05.eps
16K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/dist_g_vs_g_different_symbols_no_L600.eps
112K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/propagation_matrix_vector.eps
28K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/scattering_matrix_vector.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g_no_closed_channels.eps
336K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1a_yamilov_fixed_L_variable_gain_R_T.eps
340K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1b_yamilov_fixed_L_variable_gain_R_T_divided_by_Energy.eps
292K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1c_yamilov_diffusive_intensity_distribution.eps
9.6M ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2a_electric_field_in_sample.eps
224K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2b_tenk_energy_transmission_v_freq.eps
288K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig3_rlz2_elecfield_14_34.eps
376K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig4_peaks_match_peaks_dont_match.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig5_energy_distribution_and_TE_dual_axis.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6a_periodic_34_defect_passive_to_gain2.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6b_periodic_14_defect_passive_to_gain2.eps
408K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7a_alpha_beta_electric_field.eps
344K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7b_alpha2_beta2.eps
344K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7c_alpha1_beta1.eps
332K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig8_barrier_defect_at_14_and_34_waveform_log_chopped.eps
2.4M ./pictures/Dz_passive.eps
13M ./pictures/electric_field_resonant_freq_zoom_normalized_z_box_arrows.eps
684K ./pictures/regimes_plot_main.eps
16K ./pictures/var_g_versus_g_no_closed_channels.eps
ls -sh `find . -name '*.eps'`
272K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps
236K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps
4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps
568K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig3ab_comsol_model_ab.eps
3.6M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4a_nn_expanded.eps
3.6M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig4b_nnn_expanded.eps
868K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig5_IPR_N8_32_128_log_with_DoS.eps
300K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig6_TB_TM_state_profile.eps
2.0M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig1.eps
1.8M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2a.eps
1.3M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig2b.eps
1.8M ./chapters/Anderson_Localization_as_position-dependent_diffusion_in_disordered_waveguides__Phys_Rev_B/pictures/fig3.eps
60K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1a_regimes_plot_upper.eps
684K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1b_regimes_plot_main.eps
56K ./chapters/Classification_of_regimes_of_wave_transport_in_non-conservative_random_media__J_Mod_Optics/pictures/fig1c_regimes_plot_lower.eps
44K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1a_TM_2D_gen6_scatterers_dots.eps
96K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1b_TM_2D_gen6_scatterers_with_squares.eps
80K ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig1c_TM_2D_gen6_scatterers_collapsed.eps
1.9M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2a_TM_2D_scatterers_purple_nearest_neighbor_couplings.eps
1.8M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig2b_TM_2D_scatterers_purple_next-nearest_neighbor_couplings.eps
9.5M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3a_nn_color_coded_no_labels_bw_no_colorbar.eps
9.5M ./chapters/Mapping_algorithm_from_the_two-dimensional_aperiodic_Thue-Morse_structure_to_the_square_lattice/pictures/fig3b_nnn_color_coded_no_labels_bw_no_colorbar.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/alpha1_W5_ltmfp_and_scat_versus_Nc_min_separation_05.eps
16K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/dist_g_vs_g_different_symbols_no_L600.eps
112K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/propagation_matrix_vector.eps
28K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/scattering_matrix_vector.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g.eps
12K ./chapters/Near-field_effects_in_wave_transport_through_in_disordered_waveguides/pictures/var_g_versus_g_no_closed_channels.eps
336K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1a_yamilov_fixed_L_variable_gain_R_T.eps
340K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1b_yamilov_fixed_L_variable_gain_R_T_divided_by_Energy.eps
292K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig1c_yamilov_diffusive_intensity_distribution.eps
9.6M ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2a_electric_field_in_sample.eps
224K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig2b_tenk_energy_transmission_v_freq.eps
288K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig3_rlz2_elecfield_14_34.eps
376K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig4_peaks_match_peaks_dont_match.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig5_energy_distribution_and_TE_dual_axis.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6a_periodic_34_defect_passive_to_gain2.eps
280K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig6b_periodic_14_defect_passive_to_gain2.eps
408K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7a_alpha_beta_electric_field.eps
344K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7b_alpha2_beta2.eps
344K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig7c_alpha1_beta1.eps
332K ./chapters/Relation_between_transmission_and_energy_stored_in_random_media_with_gain__Phys_Rev_B/pictures/fig8_barrier_defect_at_14_and_34_waveform_log_chopped.eps
2.4M ./pictures/Dz_passive.eps
13M ./pictures/electric_field_resonant_freq_zoom_normalized_z_box_arrows.eps
684K ./pictures/regimes_plot_main.eps
16K ./pictures/var_g_versus_g_no_closed_channels.eps
Bob Tennent
Feb 21, 2012, 4:15:51 PM2/21/12
to
On Tue, 21 Feb 2012 11:19:31 -0800 (PST), ben.is....@gmail.com wrote:
> I am using .eps figures of the following sizes:
>
> ls -sh `find . -name '*.eps'`
>
> 272K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps
> 236K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps
snip
> I am using .eps figures of the following sizes:
>
> ls -sh `find . -name '*.eps'`
>
> 272K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1a_experimental_sem_top_view.eps
> 236K ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig1b_experimental_sem_side_view.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ab_Thue-Morse_with_FT.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2bc_Thue-Morse_cavities_only_with_FT.eps
> 4.2M ./chapters/2D_Thue-Morse_array_of_optical_cavities_tight-binding_model/pictures/fig2ef_Comsol_Thue-Morse_with_FT.eps
For the record: off-list it was determined that these large image files
could easily be converted to relatively high-resolution (but much
smaller) png images using the convert tool of ImageMagick, and the
document could then be compiled directly to pdf using pdflatex. Only the
scaling factors in the source document will need to be adjusted.
Bob T.
ken
Feb 22, 2012, 3:02:16 AM2/22/12
to
In article <20491.3.1329847688252.JavaMail.geo-discussion-forums@ynp32>,
ben.is....@gmail.com says...
being supplied is out of the valid range. pdfmark is an extension
operator which is only used to create PDF files, it is usually added to
create 'metadata' like bookmarks.
> Operand stack:
> --nostringval-- Count -1 Dest chapter.2 Title (conclusions) OUT
Normally I'd suggest that a Count of -1 is probably the problem.
However, the 'OUT' tells me this is an outline (bookmark), and negative
values are permitted (the outline node is closed, hiding the children,
when the file is opened)
To figure out the actual problem I'd need to see a file which fails (and
I don't really want to download an 83Mb file.
At the moment I would guess that there is something wrong with the
pdfmark, but you could try upgrading to a newer version of Ghostscript,
8.71 is 2 years old now. If that fails you could open a bug report at
http://bugs.ghostscript.com, attaching the smallest file you can make
which exhibits the problem.
Ken
ben.is....@gmail.com says...
>
> Hello. I am compiling a dissertation and am experiencing an error when I include too much content. Once I have created the .dvi, I can use
> Hello. I am compiling a dissertation and am experiencing an error when I include too much content. Once I have created the .dvi, I can use
> and get the following error:
> Error: /limitcheck in --pdfmark--
So your document includes a 'pdfmark' operator, and one of the arguments
> Error: /limitcheck in --pdfmark--
being supplied is out of the valid range. pdfmark is an extension
operator which is only used to create PDF files, it is usually added to
create 'metadata' like bookmarks.
> Operand stack:
> --nostringval-- Count -1 Dest chapter.2 Title (conclusions) OUT
However, the 'OUT' tells me this is an outline (bookmark), and negative
values are permitted (the outline node is closed, hiding the children,
when the file is opened)
To figure out the actual problem I'd need to see a file which fails (and
I don't really want to download an 83Mb file.
At the moment I would guess that there is something wrong with the
pdfmark, but you could try upgrading to a newer version of Ghostscript,
8.71 is 2 years old now. If that fails you could open a bug report at
http://bugs.ghostscript.com, attaching the smallest file you can make
which exhibits the problem.
Ken
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