emod_slap_mm3d_wf_scripts

For MICMAC v1.1

Digital Aerial

usage: micmac_workflow_digital_aerial.py [-h] [-tp TP] [-o ORI] [-o_sub O_SUB] [-o_giv O_GIV] [-d_m D_M] [-out OUT] [-cl {ALL,NONE,TP,ORI,DM,OUTPUT}] [-e EXTENSION] [-x X_OFF] [-y Y_OFF] [-z ZOOM] [-r RESOL] [-c CAM] [-p POS] [-t_res T_RES] [-n NBVI] [-s_n S_NB] [-d DEFCOR] [-reg REGUL] [-szw SZW] [-o_sub_n O_SUB_N] [-o_img O_IMG [O_IMG ...]]

MicMac Workflow Runner for Digital Aerial Imagery

optional arguments:

• -h, --help show this help message and exit

ARGS for PROGRAM STAGES

• -tp TP, -TIEPOINTS TP DO SETUP ?: Camera Positions ## Tie Points ## Tie Point Improvement, default = 0 / else 1
• -o ORI, -ORI ORI DO SETUP ?: INTERIOR ORIENTATION ## EXTERIOR ORIENTATION, default = 0 / else 1
• -o_sub O_SUB, -O_SUB O_SUB DO SETUP ?: Initialize TAPAS with subset of the first "n" images FLAG -o_sub_n; ,default = 0 / else 1
• -o_giv O_GIV, -O_GIV O_GIV DO SETUP ?: Initialize TAPAS with subset of given images FLAG -o_img; ,default = 0 / else 1
• -d_m D_M, -DENSE_M D_M DO SETUP ?: Orthophoto ## Dense Matching, default = 0 / else 1
• -out OUT, -OUTPUT OUT DO SETUP ?: OUTPUT, default = 0 / else 1
• -cl {ALL,NONE,TP,ORI,DM,OUTPUT}, -CLEAN {ALL,NONE,TP,ORI,DM,OUTPUT} DO Cleanup ?: Remove Folders from different STAGES {"ALL", "NONE", "TP", "ORI", "DM" , "OUTPUT"} ,default = NONE

ARGS for VARIABLES & FILES

• -e EXTENSION, -EXTENSION EXTENSION image file type (JPG, jpg, TIF, tif ,png..., default=tif).
• -x X_OFF, -X_OFF X_OFF X (easting) offset for ply file overflow issue (default=0).
• -y Y_OFF, -Y_OFF Y_OFF Y (northing) offset for ply file overflow issue (default=0).
• -z ZOOM, -ZOOM ZOOM Last step in pyramidal dense correlation (default=2, can be in [8,4,2,1])
• -r RESOL, -RESOL RESOL Ground resolution (in meters)
• -c CAM, -CAM CAM Basic distortion models easily accessible in MicMac (RadialBasic, RadialStd, RadialExtended, Fraser, FraserBasic), default = RadialStd.
• -p POS, -POSITIONS POS Filename of Camera Positions. txt / csv File with MicMac Readable Header
• -t_res T_RES, -TAPIOCA_RES T_RES Find Tie points using [number] px windows. 1/2 resolution image = best value for RGB bayer sensor
• -n NBVI, -NBVI NBVI Number Visible Images for DenseMatching ,default = 3; min=2
• -s_n S_NB, -S_N S_NB Number Schnaps minimum remaining Tie Points. mm3d default = 1000 ,default = 2000
• -d DEFCOR, -DEFCOR DEFCOR DenseMatching Correlation Threshold. zero is none. mm3d default = 0.2 ,default = 0.1; min=0
• -reg REGUL, -REGUL REGUL Regularization Factor (Smoothing). If your data does have some sharp transitions (side of buildings for instance), they will be smoothed. 0.9 = real smooth / 0.9 > more noisy ,default = 0.02; min=0
• -szw SZW, -SZW SZW Correlation Window Size (1 means 3x3) ,default = 1
• -o_sub_n O_SUB_N, -O_SUB_N O_SUB_N Initialize TAPAS with subset of the first "n" images; default 5
• -o_img O_IMG [O_IMG ...], -O_IMG O_IMG [O_IMG ...] Initialize TAPAS with subset of given images exp. "-img IMG05342.jpg IMG2314.jpg"

Scanned Aerial

usage: micmac_workflow_scanned_aerial.py [-h] [-fid FID] [-a_fid A_FID] [-tp TP] [-tp_m TP_M] [-o ORI] [-o_sub O_SUB] [-o_giv O_GIV] [-d_m D_M] [-out OUT] [-cl {ALL,NONE,TP,ORI,DM,OUTPUT}] [-e EXTENSION] [-x X_OFF] [-y Y_OFF] [-z ZOOM] [-r RESOL] [-c CAM] [-i_fid I_FID] [-p POS] [-t_res T_RES] [-n NBVI] [-s_n S_NB] [-d DEFCOR] [-reg REGUL] [-szw SZW] [-o_sub_n O_SUB_N] [-o_img O_IMG [O_IMG ...]]

MicMac Workflow Runner for Scanned Aerial Imagery

optional arguments:

• -h, --help show this help message and exit

ARGS for PROGRAM STAGES

• -fid FID, -FIDUCIALS FID DO SETUP ?: Fiducials ## Resampling to Scan Resolution, default = 0 / else 1
• -a_fid A_FID, -AUTO_FIDUCIALS A_FID DO SETUP ?: AUTO Fiducials with KUGELHUPF ## Resampling to Scan Resolution, default = 0 / else 1
• -tp TP, -TIEPOINTS TP DO SETUP ?: Camera Positions ## Tie Points ## Tie Point Improvement, default = 0 / else 1
• -tp_m TP_M, -TIEPOINT_MASK TP_M DO SETUP ?: Tie Point Masking, default = 0 / else 1
• -o ORI, -ORI ORI DO SETUP ?: INTERIOR ORIENTATION ## EXTERIOR ORIENTATION, default = 0 / else 1
• -o_sub O_SUB, -O_SUB O_SUB DO SETUP ?: Initialize TAPAS with subset of the first "n" images FLAG -o_sub_n; ,default = 0 / else 1
• -o_giv O_GIV, -O_GIV O_GIV DO SETUP ?: Initialize TAPAS with subset of given images FLAG -o_img; ,default = 0 / else 1
• -d_m D_M, -DENSE_M D_M DO SETUP ?: Orthophoto ## Dense Matching, default = 0 / else 1
• -out OUT, -OUTPUT OUT DO SETUP ?: OUTPUT, default = 0 / else 1
• -cl {ALL,NONE,TP,ORI,DM,OUTPUT}, -CLEAN {ALL,NONE,TP,ORI,DM,OUTPUT} DO Cleanup ?: Remove Folders from different STAGES {"ALL", "NONE", "TP", "ORI", "DM" , "OUTPUT"} ,default = NONE

ARGS for VARIABLES & FILES

• -e EXTENSION, -EXTENSION EXTENSION image file type (JPG, jpg, TIF, tif ,png..., default=tif).
• -x X_OFF, -X_OFF X_OFF X (easting) offset for ply file overflow issue (default=0).
• -y Y_OFF, -Y_OFF Y_OFF Y (northing) offset for ply file overflow issue (default=0).
• -z ZOOM, -ZOOM ZOOM Last step in pyramidal dense correlation (default=2, can be in [8,4,2,1])
• -r RESOL, -RESOL RESOL Ground resolution (in meters)
• -c CAM, -CAM CAM Basic distortion models easily accessible in MicMac (RadialBasic, RadialStd, RadialExtended, Fraser, FraserBasic), default = RadialStd.
• -i_fid I_FID, -INIT_FID_IMG I_FID Initial Image to Use for Fiducial Measurements, default = 1st. Image.
• -p POS, -POSITIONS POS Filename of Camera Positions. txt / csv File with MicMac Readable Header
• -t_res T_RES, -TAPIOCA_RES T_RES Find Tie points using [number] px windows. 1/2 resolution image = best value for RGB bayer sensor
• -n NBVI, -NBVI NBVI Number Visible Images for DenseMatching ,default = 3; min=2
• -s_n S_NB, -S_N S_NB Number Schnaps minimum remaining Tie Points. mm3d default = 1000 ,default = 2000
• -d DEFCOR, -DEFCOR DEFCOR DenseMatching Correlation Threshold. zero is none. mm3d default = 0.2 ,default = 0.1; min=0
• -reg REGUL, -REGUL REGUL Regularization Factor (Smoothing). If your data does have some sharp transitions (side of buildings for instance), they will be smoothed. 0.9 = real smooth / 0.9 > more noisy ,default = 0.02; min=0
• -szw SZW, -SZW SZW Correlation Window Size (1 means 3x3) ,default = 1
• -o_sub_n O_SUB_N, -O_SUB_N O_SUB_N Initialize TAPAS with subset of the first "n" images; default 5
• -o_img O_IMG [O_IMG ...], -O_IMG O_IMG [O_IMG ...] Initialize TAPAS with subset of given images exp. "-img IMG05342.jpg IMG2314.jpg"

Scanned Aerial [without Campari]

for unsure camera positions

usage: micmac_workflow_scanned_aerial_est.py [-h] [-fid FID] [-a_fid A_FID] [-tp TP] [-tp_m TP_M] [-o ORI] [-o_sub O_SUB] [-o_giv O_GIV] [-d_m D_M] [-out OUT] [-cl {ALL,NONE,TP,ORI,DM,OUTPUT}] [-e EXTENSION] [-x X_OFF] [-y Y_OFF] [-z ZOOM] [-r RESOL] [-c CAM] [-i_fid I_FID] [-p POS] [-t_res T_RES] [-n NBVI] [-s_n S_NB] [-d DEFCOR] [-reg REGUL] [-szw SZW] [-o_sub_n O_SUB_N] [-o_img O_IMG [O_IMG ...]]

MicMac Workflow Runner for Scanned Aerial Imagery

optional arguments:

• -h, --help show this help message and exit

ARGS for PROGRAM STAGES

• -fid FID, -FIDUCIALS FID DO SETUP ?: Fiducials ## Resampling to Scan Resolution, default = 0 / else 1
• -a_fid A_FID, -AUTO_FIDUCIALS A_FID DO SETUP ?: AUTO Fiducials with KUGELHUPF ## Resampling to Scan Resolution, default = 0 / else 1
• -tp TP, -TIEPOINTS TP DO SETUP ?: Camera Positions ## Tie Points ## Tie Point Improvement, default = 0 / else 1
• -tp_m TP_M, -TIEPOINT_MASK TP_M DO SETUP ?: Tie Point Masking, default = 0 / else 1
• -o ORI, -ORI ORI DO SETUP ?: INTERIOR ORIENTATION ## EXTERIOR ORIENTATION, default = 0 / else 1
• -o_sub O_SUB, -O_SUB O_SUB DO SETUP ?: Initialize TAPAS with subset of the first "n" images FLAG -o_sub_n; ,default = 0 / else 1
• -o_giv O_GIV, -O_GIV O_GIV DO SETUP ?: Initialize TAPAS with subset of given images FLAG -o_img; ,default = 0 / else 1
• -d_m D_M, -DENSE_M D_M DO SETUP ?: Orthophoto ## Dense Matching, default = 0 / else 1
• -out OUT, -OUTPUT OUT DO SETUP ?: OUTPUT, default = 0 / else 1
• -cl {ALL,NONE,TP,ORI,DM,OUTPUT}, -CLEAN {ALL,NONE,TP,ORI,DM,OUTPUT} DO Cleanup ?: Remove Folders from different STAGES {"ALL", "NONE", "TP", "ORI", "DM" , "OUTPUT"} ,default = NONE

ARGS for VARIABLES & FILES

• -e EXTENSION, -EXTENSION EXTENSION image file type (JPG, jpg, TIF, tif ,png..., default=tif).
• -x X_OFF, -X_OFF X_OFF X (easting) offset for ply file overflow issue (default=0).
• -y Y_OFF, -Y_OFF Y_OFF Y (northing) offset for ply file overflow issue (default=0).
• -z ZOOM, -ZOOM ZOOM Last step in pyramidal dense correlation (default=2, can be in [8,4,2,1])
• -r RESOL, -RESOL RESOL Ground resolution (in meters)
• -c CAM, -CAM CAM Basic distortion models easily accessible in MicMac (RadialBasic, RadialStd, RadialExtended, Fraser, FraserBasic), default = RadialStd.
• -i_fid I_FID, -INIT_FID_IMG I_FID Initial Image to Use for Fiducial Measurements, default = 1st. Image.
• -p POS, -POSITIONS POS Filename of Camera Positions. txt / csv File with MicMac Readable Header
• -t_res T_RES, -TAPIOCA_RES T_RES Find Tie points using [number] px windows. 1/2 resolution image = best value for RGB bayer sensor
• -n NBVI, -NBVI NBVI Number Visible Images for DenseMatching ,default = 3; min=2
• -s_n S_NB, -S_N S_NB Number Schnaps minimum remaining Tie Points. mm3d default = 1000 ,default = 2000
• -d DEFCOR, -DEFCOR DEFCOR DenseMatching Correlation Threshold. zero is none. mm3d default = 0.2 ,default = 0.1; min=0
• -reg REGUL, -REGUL REGUL Regularization Factor (Smoothing). If your data does have some sharp transitions (side of buildings for instance), they will be smoothed. 0.9 = real smooth / 0.9 > more noisy ,default = 0.02; min=0
• -szw SZW, -SZW SZW Correlation Window Size (1 means 3x3) ,default = 1
• -o_sub_n O_SUB_N, -O_SUB_N O_SUB_N Initialize TAPAS with subset of the first "n" images; default 5
• -o_img O_IMG [O_IMG ...], -O_IMG O_IMG [O_IMG ...] Initialize TAPAS with subset of given images exp. "-img IMG05342.jpg IMG2314.jpg"