def GenVISS_BLCXML(directory, filebase, params, VISS_BLC_params):
if (os.path.exists(directory) == False):
print ('Creating directory: %s\n' %directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' %(err.strerror, err.filename), skip=True)
filename = os.path.join(directory, '%s_%s.xml' %(params['SENSOR'], filebase));
print ('Creating XML File: %s\n' %filename )
module_params = {}
module_params['NAME'] = 'VISS_BLC'
module_params['STRUCT_NAME'] = 'viss_clamp'
module_params['DCC_ID'] = dcc.DCC_ID_ISIF_BLACK_CLAMP
module_params['FUNC_GENPARAMS'] = GenVISS_BLCParams
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(' <!--=======================================================================-->\n')
handle.write(' <typedef>\n')
handle.write(' <%s type="struct"> \n' %module_params['STRUCT_NAME'])
handle.write(' <viss_clamp_vshort type="struct">\n')
handle.write(' <dcoffset_clamp_value_0 type="int16"> </dcoffset_clamp_value_0> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_1 type="int16"> </dcoffset_clamp_value_1> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_2 type="int16"> </dcoffset_clamp_value_2> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_3 type="int16"> </dcoffset_clamp_value_3> <!-- additive dc offset, S13 -->\n')
handle.write(' </viss_clamp_vshort>\n')
handle.write(' <viss_clamp_short type="struct">\n')
handle.write(' <dcoffset_clamp_value_0 type="int16"> </dcoffset_clamp_value_0> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_1 type="int16"> </dcoffset_clamp_value_1> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_2 type="int16"> </dcoffset_clamp_value_2> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_3 type="int16"> </dcoffset_clamp_value_3> <!-- additive dc offset, S13 -->\n')
handle.write(' </viss_clamp_short>\n')
handle.write(' <viss_clamp_long type="struct">\n')
handle.write(' <dcoffset_clamp_value_0 type="int16"> </dcoffset_clamp_value_0> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_1 type="int16"> </dcoffset_clamp_value_1> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_2 type="int16"> </dcoffset_clamp_value_2> <!-- additive dc offset, S13 -->\n')
handle.write(' <dcoffset_clamp_value_3 type="int16"> </dcoffset_clamp_value_3> <!-- additive dc offset, S13 -->\n')
handle.write(' </viss_clamp_long> \n')
handle.write(' </%s> \n' %module_params['STRUCT_NAME'])
handle.write(' </typedef>\n')
handle.write(' <!--=======================================================================-->\n')
# Create a DCC Use Case
for i in range(VISS_BLC_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, VISS_BLC_params['USE_CASE'][i])
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
def GenDECMPXML(directory, filebase, params, decmp_params):
if (os.path.exists(directory) == False):
print('Creating directory: %s\n' % directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' % (err.strerror, err.filename), skip=True)
filename = os.path.join(directory,
'%s_%s.xml' % (params['SENSOR'], filebase))
print('Creating XML File: %s\n' % filename)
module_params = {}
module_params['NAME'] = 'VISS_RAWFE_decmp_cfg'
module_params['STRUCT_NAME'] = 'cfg_rawfe_decompand'
module_params['DCC_ID'] = dcc.DCC_ID_IPIPE_DECMP
module_params['FUNC_GENPARAMS'] = GenDECMPParams
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(
' <!--=======================================================================-->\n'
)
handle.write(' <typedef>\n')
handle.write(' <%s type="struct">\n' % module_params['STRUCT_NAME'])
handle.write(' <pwl_vshort_lut_en type="uint16"> </pwl_vshort_lut_en>\n')
handle.write(' <pwl_vshort_mask type="uint16"> </pwl_vshort_mask>\n')
handle.write(' <pwl_vshort_shift type="uint16"> </pwl_vshort_shift>\n')
handle.write(
' <pwl_vshort_lut_bitdepth type="uint16"> </pwl_vshort_lut_bitdepth>\n'
)
handle.write(
' <pwl_vshort_lut_clip type="uint16"> </pwl_vshort_lut_clip>\n')
handle.write(' <pwl_vshort_lut type="uint16[639]"> </pwl_vshort_lut>\n')
handle.write(' </%s>\n' % module_params['STRUCT_NAME'])
handle.write(' </typedef>\n')
handle.write(
' <!--=======================================================================-->\n'
)
# Create a DCC Use Case
for i in range(decmp_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, decmp_params['USE_CASE'][i])
r_table = '../tables/lut_rawfe_pwl_vshort.txt'
shutil.copy(r_table, directory)
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
def GenRGB2RGBXML(directory, filebase, params, RGB2RGB_params):
if (os.path.exists(directory) == False):
print('Creating directory: %s\n' % directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' % (err.strerror, err.filename), skip=True)
filename = os.path.join(directory,
'%s_%s.xml' % (params['SENSOR'], filebase))
print('Creating XML File: %s\n' % filename)
module_params = {}
module_params['NAME'] = 'ipipe_rgb2rgb_dcc.xml'
module_params['STRUCT_NAME'] = 'cfg_rgb2rgb'
module_params['DCC_ID'] = dcc.DCC_ID_IPIPE_RGB_RGB_1
module_params['FUNC_GENPARAMS'] = GenRGB2RGB1Params
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(
' <!--=======================================================================-->\n'
)
handle.write(' <typedef>\n')
handle.write(' <cfg_rgb2rgb type="struct">\n')
handle.write(' <!-- [RR] [GR] [BR] [CR]\n')
handle.write(' [RG] [GG] [BG] [CG]\n')
handle.write(' [RB] [GB] [BB] [CB]-->\n')
handle.write(' <!-- Blending + Chroma values (S12Q8 format) -->\n')
handle.write(
' <ccm type="int16[3][4]"> </ccm> <!-- ipipe rgb2rgb matrix: S12Q8 -->\n'
)
handle.write(' <!-- Blending offset value for R,G,B - (S13) -->\n')
handle.write(
' <offset type="int16[3]"> </offset> <!-- ipipe rgb2rgb1 offset: S13 -->\n'
)
handle.write(' </cfg_rgb2rgb>\n')
handle.write('</typedef>\n')
handle.write(
'<!--=======================================================================-->\n'
)
# Create a DCC Use Case
for i in range(RGB2RGB_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, RGB2RGB_params['USE_CASE'][i])
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
return
def GenNSF4XML(directory, filebase, params, nsf4_params):
if (os.path.exists(directory) == False):
print ('Creating directory: %s\n' %directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' %(err.strerror, err.filename), skip=True)
filename = os.path.join(directory, '%s_%s.xml' %(params['SENSOR'], filebase));
print ('Creating XML File: %s\n' %filename)
module_params = {}
module_params['NAME'] = 'VISS_NSF4_CFG'
module_params['STRUCT_NAME'] = 'viss_nsf4_cfg'
module_params['DCC_ID'] = dcc.DCC_ID_NSF_CFG
module_params['FUNC_GENPARAMS'] = GenNSF4Params
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(' <!--=======================================================================-->\n')
handle.write(' <typedef>\n')
handle.write(' <%s type="struct">\n' %module_params['STRUCT_NAME'])
handle.write(' <enable type="int32"> </enable> <!-- enable nsf4-->\n')
handle.write(' <mode type="int32"> </mode>\n')
handle.write(' <shading_gain type="int32"> </shading_gain>\n')
handle.write(' <u1_knee type="int32"> </u1_knee>\n')
handle.write(' <tn1 type="int32"> </tn1>\n')
handle.write(' <tn2 type="int32"> </tn2>\n')
handle.write(' <tn3 type="int32"> </tn3>\n')
handle.write(' <noise_thr_x type="int32[4][12]"> </noise_thr_x>\n')
handle.write(' <noise_thr_y type="int32[4][12]"> </noise_thr_y>\n')
handle.write(' <noise_thr_s type="int32[4][12]"> </noise_thr_s>\n')
handle.write(' <shd_x type="int32"> </shd_x>\n')
handle.write(' <shd_y type="int32"> </shd_y>\n')
handle.write(' <shd_t type="int32"> </shd_t>\n')
handle.write(' <shd_kh type="int32"> </shd_kh>\n')
handle.write(' <shd_kv type="int32"> </shd_kv>\n')
handle.write(' <shd_gmax type="int32"> </shd_gmax>\n')
handle.write(' <shd_set_sel type="int32"> </shd_set_sel>\n')
handle.write(' <shd_lut_x type="int32[2][16]"> </shd_lut_x>\n')
handle.write(' <shd_lut_y type="int32[2][16]"> </shd_lut_y>\n')
handle.write(' <shd_lut_s type="int32[2][16]"> </shd_lut_s>\n')
handle.write(' <wb_gains type="int32[4]"> </wb_gains>\n')
handle.write(' </%s>\n' %module_params['STRUCT_NAME'])
handle.write(' </typedef>\n')
handle.write(' <!--=======================================================================-->\n')
# Create a DCC Use Case
for i in range(nsf4_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, nsf4_params['USE_CASE'][i])
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
def GenH3AMUXXML(directory, filebase, params, h3amux_params):
if (os.path.exists(directory) == False):
print('Creating directory: %s\n' % directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' % (err.strerror, err.filename), skip=True)
filename = os.path.join(directory,
'%s_%s.xml' % (params['SENSOR'], filebase))
print('Creating XML File: %s\n' % filename)
global wdr_mode
if (h3amux_params['WDR_MODE'] == 'wdr'):
wdr_mode = 1
else:
wdr_mode = 0
module_params = {}
module_params['NAME'] = 'VISS_H3A_MUX_LUTS_CFG'
module_params['STRUCT_NAME'] = 'iss_h3a_mux_luts'
module_params['DCC_ID'] = dcc.DCC_ID_H3A_MUX
module_params['FUNC_GENPARAMS'] = GenH3AMUXParams
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(
' <!--=======================================================================-->\n'
)
handle.write(' <typedef>\n')
handle.write(' <%s type="struct">\n' % module_params['STRUCT_NAME'])
handle.write(' <enable type="uint16"> </enable> <!-- enable -->\n')
handle.write(
' <num_luts type="uint16"> </num_luts> <!-- number of LUTs (0 ~ 3) -->\n'
)
handle.write(
' <h3a_mux_luts type="uint16[3][639]"> </h3a_mux_luts> <!-- H3A LUTs -->\n'
)
handle.write(' </%s>\n' % module_params['STRUCT_NAME'])
handle.write(' </typedef>\n')
handle.write(
' <!--=======================================================================-->\n'
)
# Create a DCC Use Case
for i in range(h3amux_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, h3amux_params['USE_CASE'][i])
if (wdr_mode == 1):
r_table = '../tables/lut_h3a_16b_to_10b_g07.txt'
else:
r_table = '../tables/lut_h3a_12b_to_10b.txt'
shutil.copy(r_table, directory)
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
def GenCFAIXML(directory, filebase, params, cfai_params):
if (os.path.exists(directory) == False):
print ('Creating directory: %s\n' %directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' %(err.strerror, err.filename), skip=True)
filename = os.path.join(directory, '%s_%s.xml' %(params['SENSOR'], filebase));
print ('Creating XML File: %s\n' %filename )
module_params = {}
module_params['NAME'] = 'cfg_flxd_cfa'
module_params['STRUCT_NAME'] = 'cfg_flxd_cfa_vars'
module_params['DCC_ID'] = dcc.DCC_ID_IPIPE_CFA
global bayer_phase
bayer_phase = params['BAYER_PATTERN']
module_params['FUNC_GENPARAMS'] = GenCFAIParams
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(' <!--=======================================================================-->\n')
handle.write(' <typedef>\n')
handle.write(' <FLXD_FirCoefs type="struct">\n')
handle.write(' <matrix type="uint32[4][36]"></matrix>\n')
handle.write(' </FLXD_FirCoefs>\n')
handle.write(' </typedef>\n')
handle.write(' <typedef>\n')
handle.write(' <cfg_flxd_cfa_vars type="struct">\n')
handle.write(' <image_bits type="uint32"> </image_bits>\n')
handle.write(' <lut_enable type="uint32"> </lut_enable>\n')
handle.write(' <Set0GradHzMask type="uint32[4]"> </Set0GradHzMask>\n')
handle.write(' <Set0GradVtMask type="uint32[4]"> </Set0GradVtMask>\n')
handle.write(' <Set0IntensityMask type="uint32[4]"> </Set0IntensityMask>\n')
handle.write(' <Set0IntensityShift type="uint32[4]"> </Set0IntensityShift>\n')
handle.write(' <Set0Thr type="uint32[7]"> </Set0Thr>\n')
handle.write(' <Set1GradHzMask type="uint32[4]"> </Set1GradHzMask>\n')
handle.write(' <Set1GradVtMask type="uint32[4]"> </Set1GradVtMask>\n')
handle.write(' <Set1IntensityMask type="uint32[4]"> </Set1IntensityMask>\n')
handle.write(' <Set1IntensityShift type="uint32[4]"> </Set1IntensityShift>\n')
handle.write(' <Set1Thr type="uint32[7]"> </Set1Thr>\n')
handle.write(' <blendMode type="uint32[4]"> </blendMode>\n')
handle.write(' <bitMaskSel type="uint32[4]"> </bitMaskSel>\n')
handle.write(' <FirCoefs type="FLXD_FirCoefs[12]"> </FirCoefs>\n')
handle.write(' <cfa_lut type="uint32[639]"> </cfa_lut>\n')
handle.write(' </cfg_flxd_cfa_vars>\n')
handle.write(' </typedef> \n')
handle.write(' <!--=======================================================================-->\n')
# Create a DCC Use Case
for i in range(cfai_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, cfai_params['USE_CASE'][i])
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)
shutil.copy2('../tables/lut_cfa_16to12_g1o4_global.txt', directory)
def GenGLBCEXML(directory, filebase, params, GLBCE_params):
if (os.path.exists(directory) == False):
print('Creating directory: %s\n' % directory)
try:
os.makedirs(directory)
except OSError as err:
utils.error('%s: %s' % (err.strerror, err.filename), skip=True)
filename = os.path.join(directory,
'%s_%s.xml' % (params['SENSOR'], filebase))
print('Creating XML File: %s\n' % filename)
module_params = {}
module_params['NAME'] = 'viss_glbce'
module_params['STRUCT_NAME'] = 'viss_glbce'
module_params['DCC_ID'] = dcc.DCC_ID_ISS_GLBCE
module_params['FUNC_GENPARAMS'] = GenGLBCEParams
handle = dccxml.OpenFile(filename)
dccxml.GenHeader(handle, params, module_params)
# Create the DCC Structure definition
handle.write(
' <!--=======================================================================-->\n'
)
handle.write(' <typedef>\n')
handle.write(' <%s type="struct"> \n' % module_params['STRUCT_NAME'])
handle.write(
' <strength type="uint32"> </strength>\n')
handle.write(
' <intensity_var type="uint32"> </intensity_var> <!-- U4 -->\n'
)
handle.write(
' <space_var type="uint32"> </space_var> <!-- U4 -->\n'
)
handle.write(
' <slope_min_lim type="uint32"> </slope_min_lim> <!-- U8 -->\n'
)
handle.write(
' <slope_max_lim type="uint32"> </slope_max_lim> <!-- U8 -->\n'
)
handle.write(
' <fwd_prcpt_en type="uint32"> </fwd_prcpt_en>\n'
)
handle.write(
' <fwd_prcpt_lut type="uint32[65]"> </fwd_prcpt_lut>\n'
)
handle.write(
' <rev_prcpt_en type="uint32"> </rev_prcpt_en>\n'
)
handle.write(
' <rev_prcpt_lut type="uint32[65]"> </rev_prcpt_lut>\n'
)
handle.write(
' <asym_lut type="uint32[33]"> </asym_lut> <!-- U16 -->\n'
)
handle.write(' </%s> \n' % module_params['STRUCT_NAME'])
handle.write(' </typedef>\n')
handle.write(
' <!--=======================================================================-->\n'
)
# Create a DCC Use Case
for i in range(GLBCE_params['NUM_USE_CASE']):
dccxml.AddUseCase(handle, module_params, GLBCE_params['USE_CASE'][i])
dccxml.GenFooter(handle, module_params)
dccxml.CloseFile(handle)